Deck 13: Vector Geometry

ملء الشاشة (f)
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سؤال
In the triangle <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   <div style=padding-top: 35px> , <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   <div style=padding-top: 35px> is the midpoint of <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   <div style=padding-top: 35px> and <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   <div style=padding-top: 35px> is a point on <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   <div style=padding-top: 35px> such that <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   <div style=padding-top: 35px> . <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   <div style=padding-top: 35px> is the intersection of <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   <div style=padding-top: 35px> and <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   <div style=padding-top: 35px> . <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   <div style=padding-top: 35px>

A) Express <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   <div style=padding-top: 35px> in terms of <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   <div style=padding-top: 35px> , and <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   <div style=padding-top: 35px>
B) Express <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   <div style=padding-top: 35px> in terms of <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   <div style=padding-top: 35px> , and <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   <div style=padding-top: 35px>
C) Write an equation in terms of <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   <div style=padding-top: 35px> , and <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   <div style=padding-top: 35px> and use the fact that <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   <div style=padding-top: 35px> and <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   <div style=padding-top: 35px> are nonzero, distinct, and nonparallel to find <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   <div style=padding-top: 35px> and <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   <div style=padding-top: 35px>
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سؤال
Let Let   . Calculate the following.  <div style=padding-top: 35px> . Calculate the following. Let   . Calculate the following.  <div style=padding-top: 35px>
سؤال
Find the point of intersection Find the point of intersection   of the three medians in the triangle with vertices   , and   .<div style=padding-top: 35px> of the three medians in the triangle with vertices Find the point of intersection   of the three medians in the triangle with vertices   , and   .<div style=padding-top: 35px> , and Find the point of intersection   of the three medians in the triangle with vertices   , and   .<div style=padding-top: 35px> .
سؤال
Find Find   for which   is parallel to   where  <div style=padding-top: 35px> for which Find   for which   is parallel to   where  <div style=padding-top: 35px> is parallel to Find   for which   is parallel to   where  <div style=padding-top: 35px> where Find   for which   is parallel to   where  <div style=padding-top: 35px>
سؤال
Express Express   as a linear combination of the two vectors   and   .<div style=padding-top: 35px> as a linear combination of the two vectors Express   as a linear combination of the two vectors   and   .<div style=padding-top: 35px> and Express   as a linear combination of the two vectors   and   .<div style=padding-top: 35px> .
سؤال
On a two-dimensional Cartesian coordinate system, <strong>On a two-dimensional Cartesian coordinate system,   is the position vector from the origin to the point   and   is the position vector with length   at an angle   to the positive x-axis. Find the vectors. </strong> A)   B)   <div style=padding-top: 35px> is the position vector from the origin to the point <strong>On a two-dimensional Cartesian coordinate system,   is the position vector from the origin to the point   and   is the position vector with length   at an angle   to the positive x-axis. Find the vectors. </strong> A)   B)   <div style=padding-top: 35px> and <strong>On a two-dimensional Cartesian coordinate system,   is the position vector from the origin to the point   and   is the position vector with length   at an angle   to the positive x-axis. Find the vectors. </strong> A)   B)   <div style=padding-top: 35px> is the position vector with length <strong>On a two-dimensional Cartesian coordinate system,   is the position vector from the origin to the point   and   is the position vector with length   at an angle   to the positive x-axis. Find the vectors. </strong> A)   B)   <div style=padding-top: 35px> at an angle <strong>On a two-dimensional Cartesian coordinate system,   is the position vector from the origin to the point   and   is the position vector with length   at an angle   to the positive x-axis. Find the vectors. </strong> A)   B)   <div style=padding-top: 35px> to the positive x-axis. Find the vectors.

A) <strong>On a two-dimensional Cartesian coordinate system,   is the position vector from the origin to the point   and   is the position vector with length   at an angle   to the positive x-axis. Find the vectors. </strong> A)   B)   <div style=padding-top: 35px>
B) <strong>On a two-dimensional Cartesian coordinate system,   is the position vector from the origin to the point   and   is the position vector with length   at an angle   to the positive x-axis. Find the vectors. </strong> A)   B)   <div style=padding-top: 35px>
سؤال
Find scalars <strong>Find scalars   , and   such that: </strong> A)   is parallel to   . B)   has the same length as   . C)   is a unit vector. <div style=padding-top: 35px> , and <strong>Find scalars   , and   such that: </strong> A)   is parallel to   . B)   has the same length as   . C)   is a unit vector. <div style=padding-top: 35px> such that:

A) <strong>Find scalars   , and   such that: </strong> A)   is parallel to   . B)   has the same length as   . C)   is a unit vector. <div style=padding-top: 35px> is parallel to <strong>Find scalars   , and   such that: </strong> A)   is parallel to   . B)   has the same length as   . C)   is a unit vector. <div style=padding-top: 35px> .
B) <strong>Find scalars   , and   such that: </strong> A)   is parallel to   . B)   has the same length as   . C)   is a unit vector. <div style=padding-top: 35px> has the same length as <strong>Find scalars   , and   such that: </strong> A)   is parallel to   . B)   has the same length as   . C)   is a unit vector. <div style=padding-top: 35px> .
C) <strong>Find scalars   , and   such that: </strong> A)   is parallel to   . B)   has the same length as   . C)   is a unit vector. <div style=padding-top: 35px> is a unit vector.
سؤال
Consider the pentagon below. <strong>Consider the pentagon below.   </strong> A) Find   in terms of   , and   B) Find   in terms of   , and   C) Find   in terms of   and   <div style=padding-top: 35px>

A) Find <strong>Consider the pentagon below.   </strong> A) Find   in terms of   , and   B) Find   in terms of   , and   C) Find   in terms of   and   <div style=padding-top: 35px> in terms of <strong>Consider the pentagon below.   </strong> A) Find   in terms of   , and   B) Find   in terms of   , and   C) Find   in terms of   and   <div style=padding-top: 35px> , and <strong>Consider the pentagon below.   </strong> A) Find   in terms of   , and   B) Find   in terms of   , and   C) Find   in terms of   and   <div style=padding-top: 35px>
B) Find <strong>Consider the pentagon below.   </strong> A) Find   in terms of   , and   B) Find   in terms of   , and   C) Find   in terms of   and   <div style=padding-top: 35px> in terms of <strong>Consider the pentagon below.   </strong> A) Find   in terms of   , and   B) Find   in terms of   , and   C) Find   in terms of   and   <div style=padding-top: 35px> , and <strong>Consider the pentagon below.   </strong> A) Find   in terms of   , and   B) Find   in terms of   , and   C) Find   in terms of   and   <div style=padding-top: 35px>
C) Find <strong>Consider the pentagon below.   </strong> A) Find   in terms of   , and   B) Find   in terms of   , and   C) Find   in terms of   and   <div style=padding-top: 35px> in terms of <strong>Consider the pentagon below.   </strong> A) Find   in terms of   , and   B) Find   in terms of   , and   C) Find   in terms of   and   <div style=padding-top: 35px> and <strong>Consider the pentagon below.   </strong> A) Find   in terms of   , and   B) Find   in terms of   , and   C) Find   in terms of   and   <div style=padding-top: 35px>
سؤال
In the parallelogram <strong>In the parallelogram   , shown in the figure below, the following holds.       </strong> A) Write   in terms of   and   . B) Write   in terms of   and   . <div style=padding-top: 35px> , shown in the figure below, the following holds. <strong>In the parallelogram   , shown in the figure below, the following holds.       </strong> A) Write   in terms of   and   . B) Write   in terms of   and   . <div style=padding-top: 35px> <strong>In the parallelogram   , shown in the figure below, the following holds.       </strong> A) Write   in terms of   and   . B) Write   in terms of   and   . <div style=padding-top: 35px> <strong>In the parallelogram   , shown in the figure below, the following holds.       </strong> A) Write   in terms of   and   . B) Write   in terms of   and   . <div style=padding-top: 35px>

A) Write <strong>In the parallelogram   , shown in the figure below, the following holds.       </strong> A) Write   in terms of   and   . B) Write   in terms of   and   . <div style=padding-top: 35px> in terms of <strong>In the parallelogram   , shown in the figure below, the following holds.       </strong> A) Write   in terms of   and   . B) Write   in terms of   and   . <div style=padding-top: 35px> and <strong>In the parallelogram   , shown in the figure below, the following holds.       </strong> A) Write   in terms of   and   . B) Write   in terms of   and   . <div style=padding-top: 35px> .
B) Write <strong>In the parallelogram   , shown in the figure below, the following holds.       </strong> A) Write   in terms of   and   . B) Write   in terms of   and   . <div style=padding-top: 35px> in terms of <strong>In the parallelogram   , shown in the figure below, the following holds.       </strong> A) Write   in terms of   and   . B) Write   in terms of   and   . <div style=padding-top: 35px> and <strong>In the parallelogram   , shown in the figure below, the following holds.       </strong> A) Write   in terms of   and   . B) Write   in terms of   and   . <div style=padding-top: 35px> .
سؤال
<strong>  is a triangle and   are the midpoints of   , and   respectively.   </strong> A) Find the vectors   , and   in terms of   and   B) Compute the sum of the vectors in (A). <div style=padding-top: 35px> is a triangle and <strong>  is a triangle and   are the midpoints of   , and   respectively.   </strong> A) Find the vectors   , and   in terms of   and   B) Compute the sum of the vectors in (A). <div style=padding-top: 35px> are the midpoints of <strong>  is a triangle and   are the midpoints of   , and   respectively.   </strong> A) Find the vectors   , and   in terms of   and   B) Compute the sum of the vectors in (A). <div style=padding-top: 35px> , and <strong>  is a triangle and   are the midpoints of   , and   respectively.   </strong> A) Find the vectors   , and   in terms of   and   B) Compute the sum of the vectors in (A). <div style=padding-top: 35px> respectively. <strong>  is a triangle and   are the midpoints of   , and   respectively.   </strong> A) Find the vectors   , and   in terms of   and   B) Compute the sum of the vectors in (A). <div style=padding-top: 35px>

A) Find the vectors <strong>  is a triangle and   are the midpoints of   , and   respectively.   </strong> A) Find the vectors   , and   in terms of   and   B) Compute the sum of the vectors in (A). <div style=padding-top: 35px> , and <strong>  is a triangle and   are the midpoints of   , and   respectively.   </strong> A) Find the vectors   , and   in terms of   and   B) Compute the sum of the vectors in (A). <div style=padding-top: 35px> in terms of <strong>  is a triangle and   are the midpoints of   , and   respectively.   </strong> A) Find the vectors   , and   in terms of   and   B) Compute the sum of the vectors in (A). <div style=padding-top: 35px> and <strong>  is a triangle and   are the midpoints of   , and   respectively.   </strong> A) Find the vectors   , and   in terms of   and   B) Compute the sum of the vectors in (A). <div style=padding-top: 35px>
B) Compute the sum of the vectors in (A).
سؤال
Express Express   as a linear combination of the two vectors   and   .<div style=padding-top: 35px> as a linear combination of the two vectors Express   as a linear combination of the two vectors   and   .<div style=padding-top: 35px> and Express   as a linear combination of the two vectors   and   .<div style=padding-top: 35px> .
سؤال
In the triangle with vertices <strong>In the triangle with vertices   , and   ,   is a point on the side   , such that   .   is a line through   , parallel to the side   , intersecting   at a point   . </strong> A) Find the vector equation of the line   B) Compute the length of the vector   <div style=padding-top: 35px> , and <strong>In the triangle with vertices   , and   ,   is a point on the side   , such that   .   is a line through   , parallel to the side   , intersecting   at a point   . </strong> A) Find the vector equation of the line   B) Compute the length of the vector   <div style=padding-top: 35px> , <strong>In the triangle with vertices   , and   ,   is a point on the side   , such that   .   is a line through   , parallel to the side   , intersecting   at a point   . </strong> A) Find the vector equation of the line   B) Compute the length of the vector   <div style=padding-top: 35px> is a point on the side <strong>In the triangle with vertices   , and   ,   is a point on the side   , such that   .   is a line through   , parallel to the side   , intersecting   at a point   . </strong> A) Find the vector equation of the line   B) Compute the length of the vector   <div style=padding-top: 35px> , such that <strong>In the triangle with vertices   , and   ,   is a point on the side   , such that   .   is a line through   , parallel to the side   , intersecting   at a point   . </strong> A) Find the vector equation of the line   B) Compute the length of the vector   <div style=padding-top: 35px> . <strong>In the triangle with vertices   , and   ,   is a point on the side   , such that   .   is a line through   , parallel to the side   , intersecting   at a point   . </strong> A) Find the vector equation of the line   B) Compute the length of the vector   <div style=padding-top: 35px> is a line through <strong>In the triangle with vertices   , and   ,   is a point on the side   , such that   .   is a line through   , parallel to the side   , intersecting   at a point   . </strong> A) Find the vector equation of the line   B) Compute the length of the vector   <div style=padding-top: 35px> , parallel to the side <strong>In the triangle with vertices   , and   ,   is a point on the side   , such that   .   is a line through   , parallel to the side   , intersecting   at a point   . </strong> A) Find the vector equation of the line   B) Compute the length of the vector   <div style=padding-top: 35px> , intersecting <strong>In the triangle with vertices   , and   ,   is a point on the side   , such that   .   is a line through   , parallel to the side   , intersecting   at a point   . </strong> A) Find the vector equation of the line   B) Compute the length of the vector   <div style=padding-top: 35px> at a point <strong>In the triangle with vertices   , and   ,   is a point on the side   , such that   .   is a line through   , parallel to the side   , intersecting   at a point   . </strong> A) Find the vector equation of the line   B) Compute the length of the vector   <div style=padding-top: 35px> .

A) Find the vector equation of the line <strong>In the triangle with vertices   , and   ,   is a point on the side   , such that   .   is a line through   , parallel to the side   , intersecting   at a point   . </strong> A) Find the vector equation of the line   B) Compute the length of the vector   <div style=padding-top: 35px>
B) Compute the length of the vector <strong>In the triangle with vertices   , and   ,   is a point on the side   , such that   .   is a line through   , parallel to the side   , intersecting   at a point   . </strong> A) Find the vector equation of the line   B) Compute the length of the vector   <div style=padding-top: 35px>
سؤال
Let <strong>Let   be the line   . </strong> A) Find the distance   between any point on   and the origin as a function of   B) Find the point on   closest to the origin by minimizing   . <div style=padding-top: 35px> be the line <strong>Let   be the line   . </strong> A) Find the distance   between any point on   and the origin as a function of   B) Find the point on   closest to the origin by minimizing   . <div style=padding-top: 35px> .

A) Find the distance <strong>Let   be the line   . </strong> A) Find the distance   between any point on   and the origin as a function of   B) Find the point on   closest to the origin by minimizing   . <div style=padding-top: 35px> between any point on <strong>Let   be the line   . </strong> A) Find the distance   between any point on   and the origin as a function of   B) Find the point on   closest to the origin by minimizing   . <div style=padding-top: 35px> and the origin as a function of <strong>Let   be the line   . </strong> A) Find the distance   between any point on   and the origin as a function of   B) Find the point on   closest to the origin by minimizing   . <div style=padding-top: 35px>
B) Find the point on <strong>Let   be the line   . </strong> A) Find the distance   between any point on   and the origin as a function of   B) Find the point on   closest to the origin by minimizing   . <div style=padding-top: 35px> closest to the origin by minimizing <strong>Let   be the line   . </strong> A) Find the distance   between any point on   and the origin as a function of   B) Find the point on   closest to the origin by minimizing   . <div style=padding-top: 35px> .
سؤال
Consider the following two lines. <strong>Consider the following two lines.     The two lines intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   <div style=padding-top: 35px> <strong>Consider the following two lines.     The two lines intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   <div style=padding-top: 35px> The two lines intersect if:

A) <strong>Consider the following two lines.     The two lines intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   <div style=padding-top: 35px> .
B) <strong>Consider the following two lines.     The two lines intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   <div style=padding-top: 35px> .
C) <strong>Consider the following two lines.     The two lines intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   <div style=padding-top: 35px> .
D) <strong>Consider the following two lines.     The two lines intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   <div style=padding-top: 35px> .
E) <strong>Consider the following two lines.     The two lines intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   <div style=padding-top: 35px> and <strong>Consider the following two lines.     The two lines intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   <div style=padding-top: 35px> do not intersect for any value of <strong>Consider the following two lines.     The two lines intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   <div style=padding-top: 35px>
سؤال
Two different nonzero vectors, Two different nonzero vectors,   and   that are not parallel satisfy the equality   , where   and   are scalars. Find   and   .<div style=padding-top: 35px> and Two different nonzero vectors,   and   that are not parallel satisfy the equality   , where   and   are scalars. Find   and   .<div style=padding-top: 35px> that are not parallel satisfy the equality Two different nonzero vectors,   and   that are not parallel satisfy the equality   , where   and   are scalars. Find   and   .<div style=padding-top: 35px> , where Two different nonzero vectors,   and   that are not parallel satisfy the equality   , where   and   are scalars. Find   and   .<div style=padding-top: 35px> and Two different nonzero vectors,   and   that are not parallel satisfy the equality   , where   and   are scalars. Find   and   .<div style=padding-top: 35px> are scalars.
Find Two different nonzero vectors,   and   that are not parallel satisfy the equality   , where   and   are scalars. Find   and   .<div style=padding-top: 35px> and Two different nonzero vectors,   and   that are not parallel satisfy the equality   , where   and   are scalars. Find   and   .<div style=padding-top: 35px> .
سؤال
Let Let   . Find the vector   such that   .<div style=padding-top: 35px> . Find the vector Let   . Find the vector   such that   .<div style=padding-top: 35px> such that Let   . Find the vector   such that   .<div style=padding-top: 35px> .
سؤال
Let <strong>Let   and   . </strong> A) Write the coordinates of the point   on   lying three-fifths of the way from   to   . B) Write   as a linear combination of   and   . <div style=padding-top: 35px> and <strong>Let   and   . </strong> A) Write the coordinates of the point   on   lying three-fifths of the way from   to   . B) Write   as a linear combination of   and   . <div style=padding-top: 35px> .

A) Write the coordinates of the point <strong>Let   and   . </strong> A) Write the coordinates of the point   on   lying three-fifths of the way from   to   . B) Write   as a linear combination of   and   . <div style=padding-top: 35px> on <strong>Let   and   . </strong> A) Write the coordinates of the point   on   lying three-fifths of the way from   to   . B) Write   as a linear combination of   and   . <div style=padding-top: 35px> lying three-fifths of the way from <strong>Let   and   . </strong> A) Write the coordinates of the point   on   lying three-fifths of the way from   to   . B) Write   as a linear combination of   and   . <div style=padding-top: 35px> to <strong>Let   and   . </strong> A) Write the coordinates of the point   on   lying three-fifths of the way from   to   . B) Write   as a linear combination of   and   . <div style=padding-top: 35px> .
B) Write <strong>Let   and   . </strong> A) Write the coordinates of the point   on   lying three-fifths of the way from   to   . B) Write   as a linear combination of   and   . <div style=padding-top: 35px> as a linear combination of <strong>Let   and   . </strong> A) Write the coordinates of the point   on   lying three-fifths of the way from   to   . B) Write   as a linear combination of   and   . <div style=padding-top: 35px> and <strong>Let   and   . </strong> A) Write the coordinates of the point   on   lying three-fifths of the way from   to   . B) Write   as a linear combination of   and   . <div style=padding-top: 35px> .
سؤال
Express Express   as a linear combination of   and   .<div style=padding-top: 35px> as a linear combination of Express   as a linear combination of   and   .<div style=padding-top: 35px> and Express   as a linear combination of   and   .<div style=padding-top: 35px> .
سؤال
Find Find   and   such that   is a unit vector parallel to   where   and   .<div style=padding-top: 35px> and Find   and   such that   is a unit vector parallel to   where   and   .<div style=padding-top: 35px> such that Find   and   such that   is a unit vector parallel to   where   and   .<div style=padding-top: 35px> is a unit vector parallel to Find   and   such that   is a unit vector parallel to   where   and   .<div style=padding-top: 35px> where Find   and   such that   is a unit vector parallel to   where   and   .<div style=padding-top: 35px> and Find   and   such that   is a unit vector parallel to   where   and   .<div style=padding-top: 35px> .
سؤال
Consider the four points Consider the four points   ,   ,   , and   . Are   and   parallel, and if so, do they point in the same direction?<div style=padding-top: 35px> , Consider the four points   ,   ,   , and   . Are   and   parallel, and if so, do they point in the same direction?<div style=padding-top: 35px> , Consider the four points   ,   ,   , and   . Are   and   parallel, and if so, do they point in the same direction?<div style=padding-top: 35px> , and Consider the four points   ,   ,   , and   . Are   and   parallel, and if so, do they point in the same direction?<div style=padding-top: 35px> . Are Consider the four points   ,   ,   , and   . Are   and   parallel, and if so, do they point in the same direction?<div style=padding-top: 35px> and Consider the four points   ,   ,   , and   . Are   and   parallel, and if so, do they point in the same direction?<div style=padding-top: 35px> parallel, and if so, do they point in the same direction?
سؤال
Find the decomposition Find the decomposition   of   with respect to   .<div style=padding-top: 35px> of Find the decomposition   of   with respect to   .<div style=padding-top: 35px> with respect to Find the decomposition   of   with respect to   .<div style=padding-top: 35px> .
سؤال
The two lines <strong>The two lines   and   intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   <div style=padding-top: 35px> and <strong>The two lines   and   intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   <div style=padding-top: 35px> intersect if:

A) <strong>The two lines   and   intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   <div style=padding-top: 35px> .
B) <strong>The two lines   and   intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   <div style=padding-top: 35px> .
C) <strong>The two lines   and   intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   <div style=padding-top: 35px> .
D) <strong>The two lines   and   intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   <div style=padding-top: 35px> .
E) <strong>The two lines   and   intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   <div style=padding-top: 35px> and <strong>The two lines   and   intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   <div style=padding-top: 35px> do not intersect for any value of <strong>The two lines   and   intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   <div style=padding-top: 35px>
سؤال
Find the decomposition Find the decomposition   of   with respect to   .<div style=padding-top: 35px> of Find the decomposition   of   with respect to   .<div style=padding-top: 35px> with respect to Find the decomposition   of   with respect to   .<div style=padding-top: 35px> .
سؤال
Find an equation of the line that passes through the points Find an equation of the line that passes through the points   and   .<div style=padding-top: 35px> and Find an equation of the line that passes through the points   and   .<div style=padding-top: 35px> .
سؤال
Find a unit vector Find a unit vector   orthogonal to   and making an angle of   with the vector   .<div style=padding-top: 35px> orthogonal to Find a unit vector   orthogonal to   and making an angle of   with the vector   .<div style=padding-top: 35px> and making an angle of Find a unit vector   orthogonal to   and making an angle of   with the vector   .<div style=padding-top: 35px> with the vector Find a unit vector   orthogonal to   and making an angle of   with the vector   .<div style=padding-top: 35px> .
سؤال
Let Let   and   . Find the point on   lying three-fifths of the way from   to   .<div style=padding-top: 35px> and Let   and   . Find the point on   lying three-fifths of the way from   to   .<div style=padding-top: 35px> . Find the point on Let   and   . Find the point on   lying three-fifths of the way from   to   .<div style=padding-top: 35px> lying three-fifths of the way from Let   and   . Find the point on   lying three-fifths of the way from   to   .<div style=padding-top: 35px> to Let   and   . Find the point on   lying three-fifths of the way from   to   .<div style=padding-top: 35px> .
سؤال
Find the decomposition Find the decomposition   of   with respect to   .<div style=padding-top: 35px> of Find the decomposition   of   with respect to   .<div style=padding-top: 35px> with respect to Find the decomposition   of   with respect to   .<div style=padding-top: 35px> .
سؤال
Find an equation of the line that passes through the points Find an equation of the line that passes through the points   and   .<div style=padding-top: 35px> and Find an equation of the line that passes through the points   and   .<div style=padding-top: 35px> .
سؤال
Find a scalar Find a scalar   such that the vectors   and   are orthogonal.<div style=padding-top: 35px> such that the vectors Find a scalar   such that the vectors   and   are orthogonal.<div style=padding-top: 35px> and Find a scalar   such that the vectors   and   are orthogonal.<div style=padding-top: 35px> are orthogonal.
سؤال
Consider the points Consider the points   ,   ,   , and   . Find the length of the vector starting at the midpoint of   and ending at the midpoint of   .<div style=padding-top: 35px> , Consider the points   ,   ,   , and   . Find the length of the vector starting at the midpoint of   and ending at the midpoint of   .<div style=padding-top: 35px> , Consider the points   ,   ,   , and   . Find the length of the vector starting at the midpoint of   and ending at the midpoint of   .<div style=padding-top: 35px> , and Consider the points   ,   ,   , and   . Find the length of the vector starting at the midpoint of   and ending at the midpoint of   .<div style=padding-top: 35px> . Find the length of the vector starting at the midpoint of Consider the points   ,   ,   , and   . Find the length of the vector starting at the midpoint of   and ending at the midpoint of   .<div style=padding-top: 35px> and ending at the midpoint of Consider the points   ,   ,   , and   . Find the length of the vector starting at the midpoint of   and ending at the midpoint of   .<div style=padding-top: 35px> .
سؤال
The decomposition <strong>The decomposition   of   with respect to   is which of the following?</strong> A)   B)   C)   D)   E)   <div style=padding-top: 35px> of <strong>The decomposition   of   with respect to   is which of the following?</strong> A)   B)   C)   D)   E)   <div style=padding-top: 35px> with respect to <strong>The decomposition   of   with respect to   is which of the following?</strong> A)   B)   C)   D)   E)   <div style=padding-top: 35px> is which of the following?

A) <strong>The decomposition   of   with respect to   is which of the following?</strong> A)   B)   C)   D)   E)   <div style=padding-top: 35px>
B) <strong>The decomposition   of   with respect to   is which of the following?</strong> A)   B)   C)   D)   E)   <div style=padding-top: 35px>
C) <strong>The decomposition   of   with respect to   is which of the following?</strong> A)   B)   C)   D)   E)   <div style=padding-top: 35px>
D) <strong>The decomposition   of   with respect to   is which of the following?</strong> A)   B)   C)   D)   E)   <div style=padding-top: 35px>
E) <strong>The decomposition   of   with respect to   is which of the following?</strong> A)   B)   C)   D)   E)   <div style=padding-top: 35px>
سؤال
The angle between <strong>The angle between   and   is   and   Let   and   be the vectors   and   . </strong> A) Find the dot product   B) Find the dot product   and use it to compute the lengths   and   C) Find the angle between   and   <div style=padding-top: 35px> and <strong>The angle between   and   is   and   Let   and   be the vectors   and   . </strong> A) Find the dot product   B) Find the dot product   and use it to compute the lengths   and   C) Find the angle between   and   <div style=padding-top: 35px> is <strong>The angle between   and   is   and   Let   and   be the vectors   and   . </strong> A) Find the dot product   B) Find the dot product   and use it to compute the lengths   and   C) Find the angle between   and   <div style=padding-top: 35px> and <strong>The angle between   and   is   and   Let   and   be the vectors   and   . </strong> A) Find the dot product   B) Find the dot product   and use it to compute the lengths   and   C) Find the angle between   and   <div style=padding-top: 35px> Let <strong>The angle between   and   is   and   Let   and   be the vectors   and   . </strong> A) Find the dot product   B) Find the dot product   and use it to compute the lengths   and   C) Find the angle between   and   <div style=padding-top: 35px> and <strong>The angle between   and   is   and   Let   and   be the vectors   and   . </strong> A) Find the dot product   B) Find the dot product   and use it to compute the lengths   and   C) Find the angle between   and   <div style=padding-top: 35px> be the vectors <strong>The angle between   and   is   and   Let   and   be the vectors   and   . </strong> A) Find the dot product   B) Find the dot product   and use it to compute the lengths   and   C) Find the angle between   and   <div style=padding-top: 35px> and <strong>The angle between   and   is   and   Let   and   be the vectors   and   . </strong> A) Find the dot product   B) Find the dot product   and use it to compute the lengths   and   C) Find the angle between   and   <div style=padding-top: 35px> .

A) Find the dot product <strong>The angle between   and   is   and   Let   and   be the vectors   and   . </strong> A) Find the dot product   B) Find the dot product   and use it to compute the lengths   and   C) Find the angle between   and   <div style=padding-top: 35px>
B) Find the dot product <strong>The angle between   and   is   and   Let   and   be the vectors   and   . </strong> A) Find the dot product   B) Find the dot product   and use it to compute the lengths   and   C) Find the angle between   and   <div style=padding-top: 35px> and use it to compute the lengths <strong>The angle between   and   is   and   Let   and   be the vectors   and   . </strong> A) Find the dot product   B) Find the dot product   and use it to compute the lengths   and   C) Find the angle between   and   <div style=padding-top: 35px> and <strong>The angle between   and   is   and   Let   and   be the vectors   and   . </strong> A) Find the dot product   B) Find the dot product   and use it to compute the lengths   and   C) Find the angle between   and   <div style=padding-top: 35px>
C) Find the angle between <strong>The angle between   and   is   and   Let   and   be the vectors   and   . </strong> A) Find the dot product   B) Find the dot product   and use it to compute the lengths   and   C) Find the angle between   and   <div style=padding-top: 35px> and <strong>The angle between   and   is   and   Let   and   be the vectors   and   . </strong> A) Find the dot product   B) Find the dot product   and use it to compute the lengths   and   C) Find the angle between   and   <div style=padding-top: 35px>
سؤال
Find the angle between the vectors Find the angle between the vectors   and   .<div style=padding-top: 35px> and Find the angle between the vectors   and   .<div style=padding-top: 35px> .
سؤال
Find an equation of the bisector Find an equation of the bisector   of the angle   in the triangle with vertices  <div style=padding-top: 35px> of the angle Find an equation of the bisector   of the angle   in the triangle with vertices  <div style=padding-top: 35px> in the triangle with vertices Find an equation of the bisector   of the angle   in the triangle with vertices  <div style=padding-top: 35px>
سؤال
The angle between the vectors <strong>The angle between the vectors   and   is:</strong> A)   . B)   . C)   . D)   . E)   . <div style=padding-top: 35px> and <strong>The angle between the vectors   and   is:</strong> A)   . B)   . C)   . D)   . E)   . <div style=padding-top: 35px> is:

A) <strong>The angle between the vectors   and   is:</strong> A)   . B)   . C)   . D)   . E)   . <div style=padding-top: 35px> .
B) <strong>The angle between the vectors   and   is:</strong> A)   . B)   . C)   . D)   . E)   . <div style=padding-top: 35px> .
C) <strong>The angle between the vectors   and   is:</strong> A)   . B)   . C)   . D)   . E)   . <div style=padding-top: 35px> .
D) <strong>The angle between the vectors   and   is:</strong> A)   . B)   . C)   . D)   . E)   . <div style=padding-top: 35px> .
E) <strong>The angle between the vectors   and   is:</strong> A)   . B)   . C)   . D)   . E)   . <div style=padding-top: 35px> .
سؤال
The two lines <strong>The two lines   and   intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   <div style=padding-top: 35px> and <strong>The two lines   and   intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   <div style=padding-top: 35px> intersect if:

A) <strong>The two lines   and   intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   <div style=padding-top: 35px> .
B) <strong>The two lines   and   intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   <div style=padding-top: 35px> .
C) <strong>The two lines   and   intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   <div style=padding-top: 35px> .
D) <strong>The two lines   and   intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   <div style=padding-top: 35px> .
E) <strong>The two lines   and   intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   <div style=padding-top: 35px> and <strong>The two lines   and   intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   <div style=padding-top: 35px> do not intersect for any value of <strong>The two lines   and   intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   <div style=padding-top: 35px>
سؤال
In the triangle with vertices <strong>In the triangle with vertices   , and   ,   is a point on   such that   .   is a line through   , parallel to   and intersecting   at point   . </strong> A) Find a vector equation of the line   B) Find the length of   <div style=padding-top: 35px> , and <strong>In the triangle with vertices   , and   ,   is a point on   such that   .   is a line through   , parallel to   and intersecting   at point   . </strong> A) Find a vector equation of the line   B) Find the length of   <div style=padding-top: 35px> , <strong>In the triangle with vertices   , and   ,   is a point on   such that   .   is a line through   , parallel to   and intersecting   at point   . </strong> A) Find a vector equation of the line   B) Find the length of   <div style=padding-top: 35px> is a point on <strong>In the triangle with vertices   , and   ,   is a point on   such that   .   is a line through   , parallel to   and intersecting   at point   . </strong> A) Find a vector equation of the line   B) Find the length of   <div style=padding-top: 35px> such that <strong>In the triangle with vertices   , and   ,   is a point on   such that   .   is a line through   , parallel to   and intersecting   at point   . </strong> A) Find a vector equation of the line   B) Find the length of   <div style=padding-top: 35px> . <strong>In the triangle with vertices   , and   ,   is a point on   such that   .   is a line through   , parallel to   and intersecting   at point   . </strong> A) Find a vector equation of the line   B) Find the length of   <div style=padding-top: 35px> is a line through <strong>In the triangle with vertices   , and   ,   is a point on   such that   .   is a line through   , parallel to   and intersecting   at point   . </strong> A) Find a vector equation of the line   B) Find the length of   <div style=padding-top: 35px> , parallel to <strong>In the triangle with vertices   , and   ,   is a point on   such that   .   is a line through   , parallel to   and intersecting   at point   . </strong> A) Find a vector equation of the line   B) Find the length of   <div style=padding-top: 35px> and intersecting <strong>In the triangle with vertices   , and   ,   is a point on   such that   .   is a line through   , parallel to   and intersecting   at point   . </strong> A) Find a vector equation of the line   B) Find the length of   <div style=padding-top: 35px> at point <strong>In the triangle with vertices   , and   ,   is a point on   such that   .   is a line through   , parallel to   and intersecting   at point   . </strong> A) Find a vector equation of the line   B) Find the length of   <div style=padding-top: 35px> .

A) Find a vector equation of the line <strong>In the triangle with vertices   , and   ,   is a point on   such that   .   is a line through   , parallel to   and intersecting   at point   . </strong> A) Find a vector equation of the line   B) Find the length of   <div style=padding-top: 35px>
B) Find the length of <strong>In the triangle with vertices   , and   ,   is a point on   such that   .   is a line through   , parallel to   and intersecting   at point   . </strong> A) Find a vector equation of the line   B) Find the length of   <div style=padding-top: 35px>
سؤال
Determine whether the lines Determine whether the lines   and   intersect, and if so, find the point of intersection.<div style=padding-top: 35px> and Determine whether the lines   and   intersect, and if so, find the point of intersection.<div style=padding-top: 35px> intersect, and if so, find the point of intersection.
سؤال
The angle between two intersecting lines is the acute angle between the direction vectors of the lines. Find the angle between the line through the points The angle between two intersecting lines is the acute angle between the direction vectors of the lines. Find the angle between the line through the points   and   and the line through the points   and   .<div style=padding-top: 35px> and The angle between two intersecting lines is the acute angle between the direction vectors of the lines. Find the angle between the line through the points   and   and the line through the points   and   .<div style=padding-top: 35px> and the line through the points The angle between two intersecting lines is the acute angle between the direction vectors of the lines. Find the angle between the line through the points   and   and the line through the points   and   .<div style=padding-top: 35px> and The angle between two intersecting lines is the acute angle between the direction vectors of the lines. Find the angle between the line through the points   and   and the line through the points   and   .<div style=padding-top: 35px> .
سؤال
Find an equation of the line that passes through Find an equation of the line that passes through   and is orthogonal to the vectors   and   .<div style=padding-top: 35px> and is orthogonal to the vectors Find an equation of the line that passes through   and is orthogonal to the vectors   and   .<div style=padding-top: 35px> and Find an equation of the line that passes through   and is orthogonal to the vectors   and   .<div style=padding-top: 35px> .
سؤال
What is the minimum force you must apply to pull a 35-kg mass up a frictionless ramp, inclined at an angle What is the minimum force you must apply to pull a 35-kg mass up a frictionless ramp, inclined at an angle   ?<div style=padding-top: 35px> ?
سؤال
Consider the parallel lines <strong>Consider the parallel lines   and   Compute the distance   between the two lines using the following steps. </strong> A) Choose any two points   and   on   B) Choose any point   on   C) Compute the area of the triangle   , the length of   , and find the height from   to   , using the area of a triangle. D) What is the distance between   and   ? <div style=padding-top: 35px> and <strong>Consider the parallel lines   and   Compute the distance   between the two lines using the following steps. </strong> A) Choose any two points   and   on   B) Choose any point   on   C) Compute the area of the triangle   , the length of   , and find the height from   to   , using the area of a triangle. D) What is the distance between   and   ? <div style=padding-top: 35px> Compute the distance <strong>Consider the parallel lines   and   Compute the distance   between the two lines using the following steps. </strong> A) Choose any two points   and   on   B) Choose any point   on   C) Compute the area of the triangle   , the length of   , and find the height from   to   , using the area of a triangle. D) What is the distance between   and   ? <div style=padding-top: 35px> between the two lines using the following steps.

A) Choose any two points <strong>Consider the parallel lines   and   Compute the distance   between the two lines using the following steps. </strong> A) Choose any two points   and   on   B) Choose any point   on   C) Compute the area of the triangle   , the length of   , and find the height from   to   , using the area of a triangle. D) What is the distance between   and   ? <div style=padding-top: 35px> and <strong>Consider the parallel lines   and   Compute the distance   between the two lines using the following steps. </strong> A) Choose any two points   and   on   B) Choose any point   on   C) Compute the area of the triangle   , the length of   , and find the height from   to   , using the area of a triangle. D) What is the distance between   and   ? <div style=padding-top: 35px> on <strong>Consider the parallel lines   and   Compute the distance   between the two lines using the following steps. </strong> A) Choose any two points   and   on   B) Choose any point   on   C) Compute the area of the triangle   , the length of   , and find the height from   to   , using the area of a triangle. D) What is the distance between   and   ? <div style=padding-top: 35px>
B) Choose any point <strong>Consider the parallel lines   and   Compute the distance   between the two lines using the following steps. </strong> A) Choose any two points   and   on   B) Choose any point   on   C) Compute the area of the triangle   , the length of   , and find the height from   to   , using the area of a triangle. D) What is the distance between   and   ? <div style=padding-top: 35px> on <strong>Consider the parallel lines   and   Compute the distance   between the two lines using the following steps. </strong> A) Choose any two points   and   on   B) Choose any point   on   C) Compute the area of the triangle   , the length of   , and find the height from   to   , using the area of a triangle. D) What is the distance between   and   ? <div style=padding-top: 35px>
C) Compute the area of the triangle <strong>Consider the parallel lines   and   Compute the distance   between the two lines using the following steps. </strong> A) Choose any two points   and   on   B) Choose any point   on   C) Compute the area of the triangle   , the length of   , and find the height from   to   , using the area of a triangle. D) What is the distance between   and   ? <div style=padding-top: 35px> , the length of <strong>Consider the parallel lines   and   Compute the distance   between the two lines using the following steps. </strong> A) Choose any two points   and   on   B) Choose any point   on   C) Compute the area of the triangle   , the length of   , and find the height from   to   , using the area of a triangle. D) What is the distance between   and   ? <div style=padding-top: 35px> , and find the height from <strong>Consider the parallel lines   and   Compute the distance   between the two lines using the following steps. </strong> A) Choose any two points   and   on   B) Choose any point   on   C) Compute the area of the triangle   , the length of   , and find the height from   to   , using the area of a triangle. D) What is the distance between   and   ? <div style=padding-top: 35px> to <strong>Consider the parallel lines   and   Compute the distance   between the two lines using the following steps. </strong> A) Choose any two points   and   on   B) Choose any point   on   C) Compute the area of the triangle   , the length of   , and find the height from   to   , using the area of a triangle. D) What is the distance between   and   ? <div style=padding-top: 35px> , using the area of a triangle.
D) What is the distance between <strong>Consider the parallel lines   and   Compute the distance   between the two lines using the following steps. </strong> A) Choose any two points   and   on   B) Choose any point   on   C) Compute the area of the triangle   , the length of   , and find the height from   to   , using the area of a triangle. D) What is the distance between   and   ? <div style=padding-top: 35px> and <strong>Consider the parallel lines   and   Compute the distance   between the two lines using the following steps. </strong> A) Choose any two points   and   on   B) Choose any point   on   C) Compute the area of the triangle   , the length of   , and find the height from   to   , using the area of a triangle. D) What is the distance between   and   ? <div style=padding-top: 35px> ?
سؤال
Compute the height Compute the height   to the side   in the triangle with vertices at   .<div style=padding-top: 35px> to the side Compute the height   to the side   in the triangle with vertices at   .<div style=padding-top: 35px> in the triangle with vertices at Compute the height   to the side   in the triangle with vertices at   .<div style=padding-top: 35px> .
سؤال
Compute the area of the projection of the parallelogram with vertices Compute the area of the projection of the parallelogram with vertices   ,   ,   , and   on the xy-plane.<div style=padding-top: 35px> , Compute the area of the projection of the parallelogram with vertices   ,   ,   , and   on the xy-plane.<div style=padding-top: 35px> , Compute the area of the projection of the parallelogram with vertices   ,   ,   , and   on the xy-plane.<div style=padding-top: 35px> , and Compute the area of the projection of the parallelogram with vertices   ,   ,   , and   on the xy-plane.<div style=padding-top: 35px> on the xy-plane.
سؤال
The height <strong>The height   of the triangle   shown in the figure is which of the following?  </strong> A)   B)   C)   D)   E) none of the above. <div style=padding-top: 35px> of the triangle <strong>The height   of the triangle   shown in the figure is which of the following?  </strong> A)   B)   C)   D)   E) none of the above. <div style=padding-top: 35px> shown in the figure is which of the following? <strong>The height   of the triangle   shown in the figure is which of the following?  </strong> A)   B)   C)   D)   E) none of the above. <div style=padding-top: 35px>

A) <strong>The height   of the triangle   shown in the figure is which of the following?  </strong> A)   B)   C)   D)   E) none of the above. <div style=padding-top: 35px>
B) <strong>The height   of the triangle   shown in the figure is which of the following?  </strong> A)   B)   C)   D)   E) none of the above. <div style=padding-top: 35px>
C) <strong>The height   of the triangle   shown in the figure is which of the following?  </strong> A)   B)   C)   D)   E) none of the above. <div style=padding-top: 35px>
D) <strong>The height   of the triangle   shown in the figure is which of the following?  </strong> A)   B)   C)   D)   E) none of the above. <div style=padding-top: 35px>
E) none of the above.
سؤال
Find all the vectors Find all the vectors   of length   that are orthogonal to the vectors   and   .<div style=padding-top: 35px> of length Find all the vectors   of length   that are orthogonal to the vectors   and   .<div style=padding-top: 35px> that are orthogonal to the vectors Find all the vectors   of length   that are orthogonal to the vectors   and   .<div style=padding-top: 35px> and Find all the vectors   of length   that are orthogonal to the vectors   and   .<div style=padding-top: 35px> .
سؤال
Determine whether the vectors Determine whether the vectors   , and   lie in one plane.<div style=padding-top: 35px> , and Determine whether the vectors   , and   lie in one plane.<div style=padding-top: 35px> lie in one plane.
سؤال
Let <strong>Let   </strong> A) Find the area of the parallelogram spanned by   and   . B) Find a vector   orthogonal to   and   so that the volume of the parallelepiped spanned by   ,   , and   is   . <div style=padding-top: 35px>

A) Find the area of the parallelogram spanned by <strong>Let   </strong> A) Find the area of the parallelogram spanned by   and   . B) Find a vector   orthogonal to   and   so that the volume of the parallelepiped spanned by   ,   , and   is   . <div style=padding-top: 35px> and <strong>Let   </strong> A) Find the area of the parallelogram spanned by   and   . B) Find a vector   orthogonal to   and   so that the volume of the parallelepiped spanned by   ,   , and   is   . <div style=padding-top: 35px> .
B) Find a vector <strong>Let   </strong> A) Find the area of the parallelogram spanned by   and   . B) Find a vector   orthogonal to   and   so that the volume of the parallelepiped spanned by   ,   , and   is   . <div style=padding-top: 35px> orthogonal to <strong>Let   </strong> A) Find the area of the parallelogram spanned by   and   . B) Find a vector   orthogonal to   and   so that the volume of the parallelepiped spanned by   ,   , and   is   . <div style=padding-top: 35px> and <strong>Let   </strong> A) Find the area of the parallelogram spanned by   and   . B) Find a vector   orthogonal to   and   so that the volume of the parallelepiped spanned by   ,   , and   is   . <div style=padding-top: 35px> so that the volume of the parallelepiped spanned by <strong>Let   </strong> A) Find the area of the parallelogram spanned by   and   . B) Find a vector   orthogonal to   and   so that the volume of the parallelepiped spanned by   ,   , and   is   . <div style=padding-top: 35px> , <strong>Let   </strong> A) Find the area of the parallelogram spanned by   and   . B) Find a vector   orthogonal to   and   so that the volume of the parallelepiped spanned by   ,   , and   is   . <div style=padding-top: 35px> , and <strong>Let   </strong> A) Find the area of the parallelogram spanned by   and   . B) Find a vector   orthogonal to   and   so that the volume of the parallelepiped spanned by   ,   , and   is   . <div style=padding-top: 35px> is <strong>Let   </strong> A) Find the area of the parallelogram spanned by   and   . B) Find a vector   orthogonal to   and   so that the volume of the parallelepiped spanned by   ,   , and   is   . <div style=padding-top: 35px> .
سؤال
Find the volume of the parallelepiped with vertices at Find the volume of the parallelepiped with vertices at   , and   .<div style=padding-top: 35px> , and Find the volume of the parallelepiped with vertices at   , and   .<div style=padding-top: 35px> .
سؤال
The angle between two intersecting lines is the acute angle between the direction vectors of the lines. Find the angle between the line through the points The angle between two intersecting lines is the acute angle between the direction vectors of the lines. Find the angle between the line through the points   and   and the line through the points   and   .<div style=padding-top: 35px> and The angle between two intersecting lines is the acute angle between the direction vectors of the lines. Find the angle between the line through the points   and   and the line through the points   and   .<div style=padding-top: 35px> and the line through the points The angle between two intersecting lines is the acute angle between the direction vectors of the lines. Find the angle between the line through the points   and   and the line through the points   and   .<div style=padding-top: 35px> and The angle between two intersecting lines is the acute angle between the direction vectors of the lines. Find the angle between the line through the points   and   and the line through the points   and   .<div style=padding-top: 35px> .
سؤال
The line The line   is determined by the two points   and   , and the line   is determined by the points   and   . Find the unit vectors   along the line perpendicular to both   and   .<div style=padding-top: 35px> is determined by the two points The line   is determined by the two points   and   , and the line   is determined by the points   and   . Find the unit vectors   along the line perpendicular to both   and   .<div style=padding-top: 35px> and The line   is determined by the two points   and   , and the line   is determined by the points   and   . Find the unit vectors   along the line perpendicular to both   and   .<div style=padding-top: 35px> , and the line The line   is determined by the two points   and   , and the line   is determined by the points   and   . Find the unit vectors   along the line perpendicular to both   and   .<div style=padding-top: 35px> is determined by the points The line   is determined by the two points   and   , and the line   is determined by the points   and   . Find the unit vectors   along the line perpendicular to both   and   .<div style=padding-top: 35px> and The line   is determined by the two points   and   , and the line   is determined by the points   and   . Find the unit vectors   along the line perpendicular to both   and   .<div style=padding-top: 35px> . Find the unit vectors The line   is determined by the two points   and   , and the line   is determined by the points   and   . Find the unit vectors   along the line perpendicular to both   and   .<div style=padding-top: 35px> along the line perpendicular to both The line   is determined by the two points   and   , and the line   is determined by the points   and   . Find the unit vectors   along the line perpendicular to both   and   .<div style=padding-top: 35px> and The line   is determined by the two points   and   , and the line   is determined by the points   and   . Find the unit vectors   along the line perpendicular to both   and   .<div style=padding-top: 35px> .
سؤال
Calculate the volume of the parallelepiped spanned by Calculate the volume of the parallelepiped spanned by   ,   , and   .<div style=padding-top: 35px> , Calculate the volume of the parallelepiped spanned by   ,   , and   .<div style=padding-top: 35px> , and Calculate the volume of the parallelepiped spanned by   ,   , and   .<div style=padding-top: 35px> .
سؤال
Compute the area of the projection onto the xy-plane of the parallelogram spanned by the vectors Compute the area of the projection onto the xy-plane of the parallelogram spanned by the vectors   and   .<div style=padding-top: 35px> and Compute the area of the projection onto the xy-plane of the parallelogram spanned by the vectors   and   .<div style=padding-top: 35px> .
سؤال
Which of the following lines <strong>Which of the following lines   is parallel to the plane  </strong> A)   B)   C)   D)   E)   <div style=padding-top: 35px> is parallel to the plane <strong>Which of the following lines   is parallel to the plane  </strong> A)   B)   C)   D)   E)   <div style=padding-top: 35px>

A) <strong>Which of the following lines   is parallel to the plane  </strong> A)   B)   C)   D)   E)   <div style=padding-top: 35px>
B) <strong>Which of the following lines   is parallel to the plane  </strong> A)   B)   C)   D)   E)   <div style=padding-top: 35px>
C) <strong>Which of the following lines   is parallel to the plane  </strong> A)   B)   C)   D)   E)   <div style=padding-top: 35px>
D) <strong>Which of the following lines   is parallel to the plane  </strong> A)   B)   C)   D)   E)   <div style=padding-top: 35px>
E) <strong>Which of the following lines   is parallel to the plane  </strong> A)   B)   C)   D)   E)   <div style=padding-top: 35px>
سؤال
Let <strong>Let   and   be two nonzero orthogonal vectors. </strong> A) Find   in terms of   ,   , and   B) Find the scalar   such that   C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only. <div style=padding-top: 35px> and <strong>Let   and   be two nonzero orthogonal vectors. </strong> A) Find   in terms of   ,   , and   B) Find the scalar   such that   C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only. <div style=padding-top: 35px> be two nonzero orthogonal vectors.

A) Find <strong>Let   and   be two nonzero orthogonal vectors. </strong> A) Find   in terms of   ,   , and   B) Find the scalar   such that   C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only. <div style=padding-top: 35px> in terms of <strong>Let   and   be two nonzero orthogonal vectors. </strong> A) Find   in terms of   ,   , and   B) Find the scalar   such that   C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only. <div style=padding-top: 35px> , <strong>Let   and   be two nonzero orthogonal vectors. </strong> A) Find   in terms of   ,   , and   B) Find the scalar   such that   C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only. <div style=padding-top: 35px> , and <strong>Let   and   be two nonzero orthogonal vectors. </strong> A) Find   in terms of   ,   , and   B) Find the scalar   such that   C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only. <div style=padding-top: 35px>
B) Find the scalar <strong>Let   and   be two nonzero orthogonal vectors. </strong> A) Find   in terms of   ,   , and   B) Find the scalar   such that   C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only. <div style=padding-top: 35px> such that <strong>Let   and   be two nonzero orthogonal vectors. </strong> A) Find   in terms of   ,   , and   B) Find the scalar   such that   C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only. <div style=padding-top: 35px>
C) If <strong>Let   and   be two nonzero orthogonal vectors. </strong> A) Find   in terms of   ,   , and   B) Find the scalar   such that   C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only. <div style=padding-top: 35px> and <strong>Let   and   be two nonzero orthogonal vectors. </strong> A) Find   in terms of   ,   , and   B) Find the scalar   such that   C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only. <div style=padding-top: 35px> are orthogonal unit vectors, write the area of the parallelogram spanned by <strong>Let   and   be two nonzero orthogonal vectors. </strong> A) Find   in terms of   ,   , and   B) Find the scalar   such that   C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only. <div style=padding-top: 35px> and <strong>Let   and   be two nonzero orthogonal vectors. </strong> A) Find   in terms of   ,   , and   B) Find the scalar   such that   C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only. <div style=padding-top: 35px> in terms of <strong>Let   and   be two nonzero orthogonal vectors. </strong> A) Find   in terms of   ,   , and   B) Find the scalar   such that   C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only. <div style=padding-top: 35px> only.
سؤال
Compute the height Compute the height   to the side   in the triangle with vertices at   ,   , and   .<div style=padding-top: 35px> to the side Compute the height   to the side   in the triangle with vertices at   ,   , and   .<div style=padding-top: 35px> in the triangle with vertices at Compute the height   to the side   in the triangle with vertices at   ,   , and   .<div style=padding-top: 35px> , Compute the height   to the side   in the triangle with vertices at   ,   , and   .<div style=padding-top: 35px> , and Compute the height   to the side   in the triangle with vertices at   ,   , and   .<div style=padding-top: 35px> .
سؤال
The line The line   is determined by the points   and   . The line   is determined by the points   and   . Find a unit vector along the line perpendicular to both   and   .<div style=padding-top: 35px> is determined by the points The line   is determined by the points   and   . The line   is determined by the points   and   . Find a unit vector along the line perpendicular to both   and   .<div style=padding-top: 35px> and The line   is determined by the points   and   . The line   is determined by the points   and   . Find a unit vector along the line perpendicular to both   and   .<div style=padding-top: 35px> .
The line The line   is determined by the points   and   . The line   is determined by the points   and   . Find a unit vector along the line perpendicular to both   and   .<div style=padding-top: 35px> is determined by the points The line   is determined by the points   and   . The line   is determined by the points   and   . Find a unit vector along the line perpendicular to both   and   .<div style=padding-top: 35px> and The line   is determined by the points   and   . The line   is determined by the points   and   . Find a unit vector along the line perpendicular to both   and   .<div style=padding-top: 35px> .
Find a unit vector along the line perpendicular to both The line   is determined by the points   and   . The line   is determined by the points   and   . Find a unit vector along the line perpendicular to both   and   .<div style=padding-top: 35px> and The line   is determined by the points   and   . The line   is determined by the points   and   . Find a unit vector along the line perpendicular to both   and   .<div style=padding-top: 35px> .
سؤال
The line The line   is determined by the two points   and   and the line   is determined by the points   and   . Find a unit vector along the line perpendicular to both   and   .<div style=padding-top: 35px> is determined by the two points The line   is determined by the two points   and   and the line   is determined by the points   and   . Find a unit vector along the line perpendicular to both   and   .<div style=padding-top: 35px> and The line   is determined by the two points   and   and the line   is determined by the points   and   . Find a unit vector along the line perpendicular to both   and   .<div style=padding-top: 35px> and the line The line   is determined by the two points   and   and the line   is determined by the points   and   . Find a unit vector along the line perpendicular to both   and   .<div style=padding-top: 35px> is determined by the points The line   is determined by the two points   and   and the line   is determined by the points   and   . Find a unit vector along the line perpendicular to both   and   .<div style=padding-top: 35px> and The line   is determined by the two points   and   and the line   is determined by the points   and   . Find a unit vector along the line perpendicular to both   and   .<div style=padding-top: 35px> . Find a unit vector along the line perpendicular to both The line   is determined by the two points   and   and the line   is determined by the points   and   . Find a unit vector along the line perpendicular to both   and   .<div style=padding-top: 35px> and The line   is determined by the two points   and   and the line   is determined by the points   and   . Find a unit vector along the line perpendicular to both   and   .<div style=padding-top: 35px> .
سؤال
Find the projection of Find the projection of   along   if   and   .<div style=padding-top: 35px> along Find the projection of   along   if   and   .<div style=padding-top: 35px> if Find the projection of   along   if   and   .<div style=padding-top: 35px> and Find the projection of   along   if   and   .<div style=padding-top: 35px> .
سؤال
For the plane For the plane   and the line   :   , find the scalar form of the equation of the plane   that contains   and is orthogonal to   .<div style=padding-top: 35px> and the line For the plane   and the line   :   , find the scalar form of the equation of the plane   that contains   and is orthogonal to   .<div style=padding-top: 35px> : For the plane   and the line   :   , find the scalar form of the equation of the plane   that contains   and is orthogonal to   .<div style=padding-top: 35px> , find the scalar form of the equation of the plane For the plane   and the line   :   , find the scalar form of the equation of the plane   that contains   and is orthogonal to   .<div style=padding-top: 35px> that contains For the plane   and the line   :   , find the scalar form of the equation of the plane   that contains   and is orthogonal to   .<div style=padding-top: 35px> and is orthogonal to For the plane   and the line   :   , find the scalar form of the equation of the plane   that contains   and is orthogonal to   .<div style=padding-top: 35px> .
سؤال
Find an equation of the plane passing through the points Find an equation of the plane passing through the points   and   and with the vector   lying on the plane.<div style=padding-top: 35px> and Find an equation of the plane passing through the points   and   and with the vector   lying on the plane.<div style=padding-top: 35px> and with the vector Find an equation of the plane passing through the points   and   and with the vector   lying on the plane.<div style=padding-top: 35px> lying on the plane.
سؤال
Describe the trace obtained by intersecting the quadric surface Describe the trace obtained by intersecting the quadric surface   with the plane  <div style=padding-top: 35px> with the plane Describe the trace obtained by intersecting the quadric surface   with the plane  <div style=padding-top: 35px>
سؤال
Find an equation of the plane with traces Find an equation of the plane with traces   , and   in the   plane,   plane, and   plane, respectively.<div style=padding-top: 35px> , and Find an equation of the plane with traces   , and   in the   plane,   plane, and   plane, respectively.<div style=padding-top: 35px> in the Find an equation of the plane with traces   , and   in the   plane,   plane, and   plane, respectively.<div style=padding-top: 35px> plane, Find an equation of the plane with traces   , and   in the   plane,   plane, and   plane, respectively.<div style=padding-top: 35px> plane, and Find an equation of the plane with traces   , and   in the   plane,   plane, and   plane, respectively.<div style=padding-top: 35px> plane, respectively.
سؤال
For which values of For which values of   is the intersection of the horizontal plane   and the hyperboloid   empty?<div style=padding-top: 35px> is the intersection of the horizontal plane For which values of   is the intersection of the horizontal plane   and the hyperboloid   empty?<div style=padding-top: 35px> and the hyperboloid For which values of   is the intersection of the horizontal plane   and the hyperboloid   empty?<div style=padding-top: 35px> empty?
سؤال
Find an equation of the plane passing through the points Find an equation of the plane passing through the points   and   , and parallel to any line with the direction vector   .<div style=padding-top: 35px> and Find an equation of the plane passing through the points   and   , and parallel to any line with the direction vector   .<div style=padding-top: 35px> , and parallel to any line with the direction vector Find an equation of the plane passing through the points   and   , and parallel to any line with the direction vector   .<div style=padding-top: 35px> .
سؤال
Write the equation of the quadric surface Write the equation of the quadric surface   in standard form, and identify the type of the quadric conic.<div style=padding-top: 35px> in standard form, and identify the type of the quadric conic.
سؤال
Let <strong>Let   be the line   and   be the plane   . </strong> A) Find the point of intersection   of   and   . B) Find an equation of the plane   (in scalar form) that passes through the point   and is orthogonal to   . <div style=padding-top: 35px> be the line <strong>Let   be the line   and   be the plane   . </strong> A) Find the point of intersection   of   and   . B) Find an equation of the plane   (in scalar form) that passes through the point   and is orthogonal to   . <div style=padding-top: 35px> and <strong>Let   be the line   and   be the plane   . </strong> A) Find the point of intersection   of   and   . B) Find an equation of the plane   (in scalar form) that passes through the point   and is orthogonal to   . <div style=padding-top: 35px> be the plane <strong>Let   be the line   and   be the plane   . </strong> A) Find the point of intersection   of   and   . B) Find an equation of the plane   (in scalar form) that passes through the point   and is orthogonal to   . <div style=padding-top: 35px> .

A) Find the point of intersection <strong>Let   be the line   and   be the plane   . </strong> A) Find the point of intersection   of   and   . B) Find an equation of the plane   (in scalar form) that passes through the point   and is orthogonal to   . <div style=padding-top: 35px> of <strong>Let   be the line   and   be the plane   . </strong> A) Find the point of intersection   of   and   . B) Find an equation of the plane   (in scalar form) that passes through the point   and is orthogonal to   . <div style=padding-top: 35px> and <strong>Let   be the line   and   be the plane   . </strong> A) Find the point of intersection   of   and   . B) Find an equation of the plane   (in scalar form) that passes through the point   and is orthogonal to   . <div style=padding-top: 35px> .
B) Find an equation of the plane <strong>Let   be the line   and   be the plane   . </strong> A) Find the point of intersection   of   and   . B) Find an equation of the plane   (in scalar form) that passes through the point   and is orthogonal to   . <div style=padding-top: 35px> (in scalar form) that passes through the point <strong>Let   be the line   and   be the plane   . </strong> A) Find the point of intersection   of   and   . B) Find an equation of the plane   (in scalar form) that passes through the point   and is orthogonal to   . <div style=padding-top: 35px> and is orthogonal to <strong>Let   be the line   and   be the plane   . </strong> A) Find the point of intersection   of   and   . B) Find an equation of the plane   (in scalar form) that passes through the point   and is orthogonal to   . <div style=padding-top: 35px> .
سؤال
Write the equation of the quadric surface Write the equation of the quadric surface   in standard form, and identify its type.<div style=padding-top: 35px> in standard form, and identify its type.
سؤال
The following lines ( <strong>The following lines (   is a parameter) are known to be in one plane.     If they intersect at the point   , find the following. </strong> A) the value of   B) the scalar equation of the plane <div style=padding-top: 35px> is a parameter) are known to be in one plane. <strong>The following lines (   is a parameter) are known to be in one plane.     If they intersect at the point   , find the following. </strong> A) the value of   B) the scalar equation of the plane <div style=padding-top: 35px> <strong>The following lines (   is a parameter) are known to be in one plane.     If they intersect at the point   , find the following. </strong> A) the value of   B) the scalar equation of the plane <div style=padding-top: 35px> If they intersect at the point <strong>The following lines (   is a parameter) are known to be in one plane.     If they intersect at the point   , find the following. </strong> A) the value of   B) the scalar equation of the plane <div style=padding-top: 35px> , find the following.

A) the value of <strong>The following lines (   is a parameter) are known to be in one plane.     If they intersect at the point   , find the following. </strong> A) the value of   B) the scalar equation of the plane <div style=padding-top: 35px>
B) the scalar equation of the plane
سؤال
Consider the 3 lines. <strong>Consider the 3 lines.       Which of the following statements is correct?</strong> A) The three lines are parallel. B) The three lines lie in one plane and do not intersect at one point. C) The three lines are not contained in one plane. D) The three lines lie in one plane and they intersect at one point. E) Two of the lines are parallel. <div style=padding-top: 35px> <strong>Consider the 3 lines.       Which of the following statements is correct?</strong> A) The three lines are parallel. B) The three lines lie in one plane and do not intersect at one point. C) The three lines are not contained in one plane. D) The three lines lie in one plane and they intersect at one point. E) Two of the lines are parallel. <div style=padding-top: 35px> <strong>Consider the 3 lines.       Which of the following statements is correct?</strong> A) The three lines are parallel. B) The three lines lie in one plane and do not intersect at one point. C) The three lines are not contained in one plane. D) The three lines lie in one plane and they intersect at one point. E) Two of the lines are parallel. <div style=padding-top: 35px> Which of the following statements is correct?

A) The three lines are parallel.
B) The three lines lie in one plane and do not intersect at one point.
C) The three lines are not contained in one plane.
D) The three lines lie in one plane and they intersect at one point.
E) Two of the lines are parallel.
سؤال
Let Let   and   be the plane and line determined by the following equations     Find the equation of the line   passing through the intersection point of   and   and parallel to the trace of   in the   plane.<div style=padding-top: 35px> and Let   and   be the plane and line determined by the following equations     Find the equation of the line   passing through the intersection point of   and   and parallel to the trace of   in the   plane.<div style=padding-top: 35px> be the plane and line determined by the following equations Let   and   be the plane and line determined by the following equations     Find the equation of the line   passing through the intersection point of   and   and parallel to the trace of   in the   plane.<div style=padding-top: 35px> Let   and   be the plane and line determined by the following equations     Find the equation of the line   passing through the intersection point of   and   and parallel to the trace of   in the   plane.<div style=padding-top: 35px> Find the equation of the line Let   and   be the plane and line determined by the following equations     Find the equation of the line   passing through the intersection point of   and   and parallel to the trace of   in the   plane.<div style=padding-top: 35px> passing through the intersection point of Let   and   be the plane and line determined by the following equations     Find the equation of the line   passing through the intersection point of   and   and parallel to the trace of   in the   plane.<div style=padding-top: 35px> and Let   and   be the plane and line determined by the following equations     Find the equation of the line   passing through the intersection point of   and   and parallel to the trace of   in the   plane.<div style=padding-top: 35px> and parallel to the trace of Let   and   be the plane and line determined by the following equations     Find the equation of the line   passing through the intersection point of   and   and parallel to the trace of   in the   plane.<div style=padding-top: 35px> in the Let   and   be the plane and line determined by the following equations     Find the equation of the line   passing through the intersection point of   and   and parallel to the trace of   in the   plane.<div style=padding-top: 35px> plane.
سؤال
Find an equation of the plane with traces Find an equation of the plane with traces   , and   in the   plane,   plane, and   plane, respectively.<div style=padding-top: 35px> , and Find an equation of the plane with traces   , and   in the   plane,   plane, and   plane, respectively.<div style=padding-top: 35px> in the Find an equation of the plane with traces   , and   in the   plane,   plane, and   plane, respectively.<div style=padding-top: 35px> plane, Find an equation of the plane with traces   , and   in the   plane,   plane, and   plane, respectively.<div style=padding-top: 35px> plane, and Find an equation of the plane with traces   , and   in the   plane,   plane, and   plane, respectively.<div style=padding-top: 35px> plane, respectively.
سؤال
For which values of h is the intersection of the horizontal plane For which values of h is the intersection of the horizontal plane   and the ellipsoid   empty?<div style=padding-top: 35px> and the ellipsoid For which values of h is the intersection of the horizontal plane   and the ellipsoid   empty?<div style=padding-top: 35px> empty?
سؤال
Write the equation of the quadric surface Write the equation of the quadric surface   in standard form, and identify its type.<div style=padding-top: 35px> in standard form, and identify its type.
سؤال
Identify the quadric surface Identify the quadric surface   .<div style=padding-top: 35px> .
سؤال
Describe the trace obtained by intersecting the quadric surface Describe the trace obtained by intersecting the quadric surface   with the plane   .<div style=padding-top: 35px> with the plane Describe the trace obtained by intersecting the quadric surface   with the plane   .<div style=padding-top: 35px> .
سؤال
Find an equation of the plane that passes through the points Find an equation of the plane that passes through the points   , and   .<div style=padding-top: 35px> , and Find an equation of the plane that passes through the points   , and   .<div style=padding-top: 35px> .
سؤال
Find an equation of the plane that passes through the points Find an equation of the plane that passes through the points   , and   .<div style=padding-top: 35px> , and Find an equation of the plane that passes through the points   , and   .<div style=padding-top: 35px> .
سؤال
Three nonzero vectors, <strong>Three nonzero vectors,   in 3-space are in one plane (coplanar) if:</strong> A)   B) one of them is a linear combination of the other two. C) one of them is parallel to the cross product of the other two. D) the scalar triple product of   , and   is zero. E) both B and D. <div style=padding-top: 35px> in 3-space are in one plane (coplanar) if:

A) <strong>Three nonzero vectors,   in 3-space are in one plane (coplanar) if:</strong> A)   B) one of them is a linear combination of the other two. C) one of them is parallel to the cross product of the other two. D) the scalar triple product of   , and   is zero. E) both B and D. <div style=padding-top: 35px>
B) one of them is a linear combination of the other two.
C) one of them is parallel to the cross product of the other two.
D) the scalar triple product of <strong>Three nonzero vectors,   in 3-space are in one plane (coplanar) if:</strong> A)   B) one of them is a linear combination of the other two. C) one of them is parallel to the cross product of the other two. D) the scalar triple product of   , and   is zero. E) both B and D. <div style=padding-top: 35px> , and <strong>Three nonzero vectors,   in 3-space are in one plane (coplanar) if:</strong> A)   B) one of them is a linear combination of the other two. C) one of them is parallel to the cross product of the other two. D) the scalar triple product of   , and   is zero. E) both B and D. <div style=padding-top: 35px> is zero.
E) both B and D.
سؤال
The plane <strong>The plane   is determined by the points   , and   .   is the trace of   in the xy-plane.   is the line   . Which of the following statements is correct?</strong> A)   and   intersect. B)   and   are parallel. C)   and   do not lie in one plane. D) There is not enough data to conclude about the mutual position of   and   . E)   and   coincide. <div style=padding-top: 35px> is determined by the points <strong>The plane   is determined by the points   , and   .   is the trace of   in the xy-plane.   is the line   . Which of the following statements is correct?</strong> A)   and   intersect. B)   and   are parallel. C)   and   do not lie in one plane. D) There is not enough data to conclude about the mutual position of   and   . E)   and   coincide. <div style=padding-top: 35px> , and <strong>The plane   is determined by the points   , and   .   is the trace of   in the xy-plane.   is the line   . Which of the following statements is correct?</strong> A)   and   intersect. B)   and   are parallel. C)   and   do not lie in one plane. D) There is not enough data to conclude about the mutual position of   and   . E)   and   coincide. <div style=padding-top: 35px> . <strong>The plane   is determined by the points   , and   .   is the trace of   in the xy-plane.   is the line   . Which of the following statements is correct?</strong> A)   and   intersect. B)   and   are parallel. C)   and   do not lie in one plane. D) There is not enough data to conclude about the mutual position of   and   . E)   and   coincide. <div style=padding-top: 35px> is the trace of <strong>The plane   is determined by the points   , and   .   is the trace of   in the xy-plane.   is the line   . Which of the following statements is correct?</strong> A)   and   intersect. B)   and   are parallel. C)   and   do not lie in one plane. D) There is not enough data to conclude about the mutual position of   and   . E)   and   coincide. <div style=padding-top: 35px> in the xy-plane. <strong>The plane   is determined by the points   , and   .   is the trace of   in the xy-plane.   is the line   . Which of the following statements is correct?</strong> A)   and   intersect. B)   and   are parallel. C)   and   do not lie in one plane. D) There is not enough data to conclude about the mutual position of   and   . E)   and   coincide. <div style=padding-top: 35px> is the line <strong>The plane   is determined by the points   , and   .   is the trace of   in the xy-plane.   is the line   . Which of the following statements is correct?</strong> A)   and   intersect. B)   and   are parallel. C)   and   do not lie in one plane. D) There is not enough data to conclude about the mutual position of   and   . E)   and   coincide. <div style=padding-top: 35px> .
Which of the following statements is correct?

A) <strong>The plane   is determined by the points   , and   .   is the trace of   in the xy-plane.   is the line   . Which of the following statements is correct?</strong> A)   and   intersect. B)   and   are parallel. C)   and   do not lie in one plane. D) There is not enough data to conclude about the mutual position of   and   . E)   and   coincide. <div style=padding-top: 35px> and <strong>The plane   is determined by the points   , and   .   is the trace of   in the xy-plane.   is the line   . Which of the following statements is correct?</strong> A)   and   intersect. B)   and   are parallel. C)   and   do not lie in one plane. D) There is not enough data to conclude about the mutual position of   and   . E)   and   coincide. <div style=padding-top: 35px> intersect.
B) <strong>The plane   is determined by the points   , and   .   is the trace of   in the xy-plane.   is the line   . Which of the following statements is correct?</strong> A)   and   intersect. B)   and   are parallel. C)   and   do not lie in one plane. D) There is not enough data to conclude about the mutual position of   and   . E)   and   coincide. <div style=padding-top: 35px> and <strong>The plane   is determined by the points   , and   .   is the trace of   in the xy-plane.   is the line   . Which of the following statements is correct?</strong> A)   and   intersect. B)   and   are parallel. C)   and   do not lie in one plane. D) There is not enough data to conclude about the mutual position of   and   . E)   and   coincide. <div style=padding-top: 35px> are parallel.
C) <strong>The plane   is determined by the points   , and   .   is the trace of   in the xy-plane.   is the line   . Which of the following statements is correct?</strong> A)   and   intersect. B)   and   are parallel. C)   and   do not lie in one plane. D) There is not enough data to conclude about the mutual position of   and   . E)   and   coincide. <div style=padding-top: 35px> and <strong>The plane   is determined by the points   , and   .   is the trace of   in the xy-plane.   is the line   . Which of the following statements is correct?</strong> A)   and   intersect. B)   and   are parallel. C)   and   do not lie in one plane. D) There is not enough data to conclude about the mutual position of   and   . E)   and   coincide. <div style=padding-top: 35px> do not lie in one plane.
D) There is not enough data to conclude about the mutual position of <strong>The plane   is determined by the points   , and   .   is the trace of   in the xy-plane.   is the line   . Which of the following statements is correct?</strong> A)   and   intersect. B)   and   are parallel. C)   and   do not lie in one plane. D) There is not enough data to conclude about the mutual position of   and   . E)   and   coincide. <div style=padding-top: 35px> and <strong>The plane   is determined by the points   , and   .   is the trace of   in the xy-plane.   is the line   . Which of the following statements is correct?</strong> A)   and   intersect. B)   and   are parallel. C)   and   do not lie in one plane. D) There is not enough data to conclude about the mutual position of   and   . E)   and   coincide. <div style=padding-top: 35px> .
E) <strong>The plane   is determined by the points   , and   .   is the trace of   in the xy-plane.   is the line   . Which of the following statements is correct?</strong> A)   and   intersect. B)   and   are parallel. C)   and   do not lie in one plane. D) There is not enough data to conclude about the mutual position of   and   . E)   and   coincide. <div style=padding-top: 35px> and <strong>The plane   is determined by the points   , and   .   is the trace of   in the xy-plane.   is the line   . Which of the following statements is correct?</strong> A)   and   intersect. B)   and   are parallel. C)   and   do not lie in one plane. D) There is not enough data to conclude about the mutual position of   and   . E)   and   coincide. <div style=padding-top: 35px> coincide.
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Deck 13: Vector Geometry
1
In the triangle <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   , <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   is the midpoint of <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   and <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   is a point on <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   such that <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   . <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   is the intersection of <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   and <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   . <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and

A) Express <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   in terms of <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   , and <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and
B) Express <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   in terms of <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   , and <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and
C) Write an equation in terms of <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   , and <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   and use the fact that <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   and <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   are nonzero, distinct, and nonparallel to find <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and   and <strong>In the triangle   ,   is the midpoint of   and   is a point on   such that   .   is the intersection of   and   .   </strong> A) Express   in terms of   , and   B) Express   in terms of   , and   C) Write an equation in terms of   , and   and use the fact that   and   are nonzero, distinct, and nonparallel to find   and
A) A)   B)   C)    B) A)   B)   C)    C) A)   B)   C)    A)   B)   C)
2
Let Let   . Calculate the following.  . Calculate the following. Let   . Calculate the following.
A) A)   B)   C)  B) A)   B)   C)  C) A)   B)   C)
3
Find the point of intersection Find the point of intersection   of the three medians in the triangle with vertices   , and   . of the three medians in the triangle with vertices Find the point of intersection   of the three medians in the triangle with vertices   , and   . , and Find the point of intersection   of the three medians in the triangle with vertices   , and   . .
4
Find Find   for which   is parallel to   where  for which Find   for which   is parallel to   where  is parallel to Find   for which   is parallel to   where  where Find   for which   is parallel to   where
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5
Express Express   as a linear combination of the two vectors   and   . as a linear combination of the two vectors Express   as a linear combination of the two vectors   and   . and Express   as a linear combination of the two vectors   and   . .
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6
On a two-dimensional Cartesian coordinate system, <strong>On a two-dimensional Cartesian coordinate system,   is the position vector from the origin to the point   and   is the position vector with length   at an angle   to the positive x-axis. Find the vectors. </strong> A)   B)   is the position vector from the origin to the point <strong>On a two-dimensional Cartesian coordinate system,   is the position vector from the origin to the point   and   is the position vector with length   at an angle   to the positive x-axis. Find the vectors. </strong> A)   B)   and <strong>On a two-dimensional Cartesian coordinate system,   is the position vector from the origin to the point   and   is the position vector with length   at an angle   to the positive x-axis. Find the vectors. </strong> A)   B)   is the position vector with length <strong>On a two-dimensional Cartesian coordinate system,   is the position vector from the origin to the point   and   is the position vector with length   at an angle   to the positive x-axis. Find the vectors. </strong> A)   B)   at an angle <strong>On a two-dimensional Cartesian coordinate system,   is the position vector from the origin to the point   and   is the position vector with length   at an angle   to the positive x-axis. Find the vectors. </strong> A)   B)   to the positive x-axis. Find the vectors.

A) <strong>On a two-dimensional Cartesian coordinate system,   is the position vector from the origin to the point   and   is the position vector with length   at an angle   to the positive x-axis. Find the vectors. </strong> A)   B)
B) <strong>On a two-dimensional Cartesian coordinate system,   is the position vector from the origin to the point   and   is the position vector with length   at an angle   to the positive x-axis. Find the vectors. </strong> A)   B)
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7
Find scalars <strong>Find scalars   , and   such that: </strong> A)   is parallel to   . B)   has the same length as   . C)   is a unit vector. , and <strong>Find scalars   , and   such that: </strong> A)   is parallel to   . B)   has the same length as   . C)   is a unit vector. such that:

A) <strong>Find scalars   , and   such that: </strong> A)   is parallel to   . B)   has the same length as   . C)   is a unit vector. is parallel to <strong>Find scalars   , and   such that: </strong> A)   is parallel to   . B)   has the same length as   . C)   is a unit vector. .
B) <strong>Find scalars   , and   such that: </strong> A)   is parallel to   . B)   has the same length as   . C)   is a unit vector. has the same length as <strong>Find scalars   , and   such that: </strong> A)   is parallel to   . B)   has the same length as   . C)   is a unit vector. .
C) <strong>Find scalars   , and   such that: </strong> A)   is parallel to   . B)   has the same length as   . C)   is a unit vector. is a unit vector.
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8
Consider the pentagon below. <strong>Consider the pentagon below.   </strong> A) Find   in terms of   , and   B) Find   in terms of   , and   C) Find   in terms of   and

A) Find <strong>Consider the pentagon below.   </strong> A) Find   in terms of   , and   B) Find   in terms of   , and   C) Find   in terms of   and   in terms of <strong>Consider the pentagon below.   </strong> A) Find   in terms of   , and   B) Find   in terms of   , and   C) Find   in terms of   and   , and <strong>Consider the pentagon below.   </strong> A) Find   in terms of   , and   B) Find   in terms of   , and   C) Find   in terms of   and
B) Find <strong>Consider the pentagon below.   </strong> A) Find   in terms of   , and   B) Find   in terms of   , and   C) Find   in terms of   and   in terms of <strong>Consider the pentagon below.   </strong> A) Find   in terms of   , and   B) Find   in terms of   , and   C) Find   in terms of   and   , and <strong>Consider the pentagon below.   </strong> A) Find   in terms of   , and   B) Find   in terms of   , and   C) Find   in terms of   and
C) Find <strong>Consider the pentagon below.   </strong> A) Find   in terms of   , and   B) Find   in terms of   , and   C) Find   in terms of   and   in terms of <strong>Consider the pentagon below.   </strong> A) Find   in terms of   , and   B) Find   in terms of   , and   C) Find   in terms of   and   and <strong>Consider the pentagon below.   </strong> A) Find   in terms of   , and   B) Find   in terms of   , and   C) Find   in terms of   and
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In the parallelogram <strong>In the parallelogram   , shown in the figure below, the following holds.       </strong> A) Write   in terms of   and   . B) Write   in terms of   and   . , shown in the figure below, the following holds. <strong>In the parallelogram   , shown in the figure below, the following holds.       </strong> A) Write   in terms of   and   . B) Write   in terms of   and   . <strong>In the parallelogram   , shown in the figure below, the following holds.       </strong> A) Write   in terms of   and   . B) Write   in terms of   and   . <strong>In the parallelogram   , shown in the figure below, the following holds.       </strong> A) Write   in terms of   and   . B) Write   in terms of   and   .

A) Write <strong>In the parallelogram   , shown in the figure below, the following holds.       </strong> A) Write   in terms of   and   . B) Write   in terms of   and   . in terms of <strong>In the parallelogram   , shown in the figure below, the following holds.       </strong> A) Write   in terms of   and   . B) Write   in terms of   and   . and <strong>In the parallelogram   , shown in the figure below, the following holds.       </strong> A) Write   in terms of   and   . B) Write   in terms of   and   . .
B) Write <strong>In the parallelogram   , shown in the figure below, the following holds.       </strong> A) Write   in terms of   and   . B) Write   in terms of   and   . in terms of <strong>In the parallelogram   , shown in the figure below, the following holds.       </strong> A) Write   in terms of   and   . B) Write   in terms of   and   . and <strong>In the parallelogram   , shown in the figure below, the following holds.       </strong> A) Write   in terms of   and   . B) Write   in terms of   and   . .
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<strong>  is a triangle and   are the midpoints of   , and   respectively.   </strong> A) Find the vectors   , and   in terms of   and   B) Compute the sum of the vectors in (A). is a triangle and <strong>  is a triangle and   are the midpoints of   , and   respectively.   </strong> A) Find the vectors   , and   in terms of   and   B) Compute the sum of the vectors in (A). are the midpoints of <strong>  is a triangle and   are the midpoints of   , and   respectively.   </strong> A) Find the vectors   , and   in terms of   and   B) Compute the sum of the vectors in (A). , and <strong>  is a triangle and   are the midpoints of   , and   respectively.   </strong> A) Find the vectors   , and   in terms of   and   B) Compute the sum of the vectors in (A). respectively. <strong>  is a triangle and   are the midpoints of   , and   respectively.   </strong> A) Find the vectors   , and   in terms of   and   B) Compute the sum of the vectors in (A).

A) Find the vectors <strong>  is a triangle and   are the midpoints of   , and   respectively.   </strong> A) Find the vectors   , and   in terms of   and   B) Compute the sum of the vectors in (A). , and <strong>  is a triangle and   are the midpoints of   , and   respectively.   </strong> A) Find the vectors   , and   in terms of   and   B) Compute the sum of the vectors in (A). in terms of <strong>  is a triangle and   are the midpoints of   , and   respectively.   </strong> A) Find the vectors   , and   in terms of   and   B) Compute the sum of the vectors in (A). and <strong>  is a triangle and   are the midpoints of   , and   respectively.   </strong> A) Find the vectors   , and   in terms of   and   B) Compute the sum of the vectors in (A).
B) Compute the sum of the vectors in (A).
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Express Express   as a linear combination of the two vectors   and   . as a linear combination of the two vectors Express   as a linear combination of the two vectors   and   . and Express   as a linear combination of the two vectors   and   . .
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In the triangle with vertices <strong>In the triangle with vertices   , and   ,   is a point on the side   , such that   .   is a line through   , parallel to the side   , intersecting   at a point   . </strong> A) Find the vector equation of the line   B) Compute the length of the vector   , and <strong>In the triangle with vertices   , and   ,   is a point on the side   , such that   .   is a line through   , parallel to the side   , intersecting   at a point   . </strong> A) Find the vector equation of the line   B) Compute the length of the vector   , <strong>In the triangle with vertices   , and   ,   is a point on the side   , such that   .   is a line through   , parallel to the side   , intersecting   at a point   . </strong> A) Find the vector equation of the line   B) Compute the length of the vector   is a point on the side <strong>In the triangle with vertices   , and   ,   is a point on the side   , such that   .   is a line through   , parallel to the side   , intersecting   at a point   . </strong> A) Find the vector equation of the line   B) Compute the length of the vector   , such that <strong>In the triangle with vertices   , and   ,   is a point on the side   , such that   .   is a line through   , parallel to the side   , intersecting   at a point   . </strong> A) Find the vector equation of the line   B) Compute the length of the vector   . <strong>In the triangle with vertices   , and   ,   is a point on the side   , such that   .   is a line through   , parallel to the side   , intersecting   at a point   . </strong> A) Find the vector equation of the line   B) Compute the length of the vector   is a line through <strong>In the triangle with vertices   , and   ,   is a point on the side   , such that   .   is a line through   , parallel to the side   , intersecting   at a point   . </strong> A) Find the vector equation of the line   B) Compute the length of the vector   , parallel to the side <strong>In the triangle with vertices   , and   ,   is a point on the side   , such that   .   is a line through   , parallel to the side   , intersecting   at a point   . </strong> A) Find the vector equation of the line   B) Compute the length of the vector   , intersecting <strong>In the triangle with vertices   , and   ,   is a point on the side   , such that   .   is a line through   , parallel to the side   , intersecting   at a point   . </strong> A) Find the vector equation of the line   B) Compute the length of the vector   at a point <strong>In the triangle with vertices   , and   ,   is a point on the side   , such that   .   is a line through   , parallel to the side   , intersecting   at a point   . </strong> A) Find the vector equation of the line   B) Compute the length of the vector   .

A) Find the vector equation of the line <strong>In the triangle with vertices   , and   ,   is a point on the side   , such that   .   is a line through   , parallel to the side   , intersecting   at a point   . </strong> A) Find the vector equation of the line   B) Compute the length of the vector
B) Compute the length of the vector <strong>In the triangle with vertices   , and   ,   is a point on the side   , such that   .   is a line through   , parallel to the side   , intersecting   at a point   . </strong> A) Find the vector equation of the line   B) Compute the length of the vector
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Let <strong>Let   be the line   . </strong> A) Find the distance   between any point on   and the origin as a function of   B) Find the point on   closest to the origin by minimizing   . be the line <strong>Let   be the line   . </strong> A) Find the distance   between any point on   and the origin as a function of   B) Find the point on   closest to the origin by minimizing   . .

A) Find the distance <strong>Let   be the line   . </strong> A) Find the distance   between any point on   and the origin as a function of   B) Find the point on   closest to the origin by minimizing   . between any point on <strong>Let   be the line   . </strong> A) Find the distance   between any point on   and the origin as a function of   B) Find the point on   closest to the origin by minimizing   . and the origin as a function of <strong>Let   be the line   . </strong> A) Find the distance   between any point on   and the origin as a function of   B) Find the point on   closest to the origin by minimizing   .
B) Find the point on <strong>Let   be the line   . </strong> A) Find the distance   between any point on   and the origin as a function of   B) Find the point on   closest to the origin by minimizing   . closest to the origin by minimizing <strong>Let   be the line   . </strong> A) Find the distance   between any point on   and the origin as a function of   B) Find the point on   closest to the origin by minimizing   . .
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Consider the following two lines. <strong>Consider the following two lines.     The two lines intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   <strong>Consider the following two lines.     The two lines intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   The two lines intersect if:

A) <strong>Consider the following two lines.     The two lines intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   .
B) <strong>Consider the following two lines.     The two lines intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   .
C) <strong>Consider the following two lines.     The two lines intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   .
D) <strong>Consider the following two lines.     The two lines intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   .
E) <strong>Consider the following two lines.     The two lines intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   and <strong>Consider the following two lines.     The two lines intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   do not intersect for any value of <strong>Consider the following two lines.     The two lines intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of
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Two different nonzero vectors, Two different nonzero vectors,   and   that are not parallel satisfy the equality   , where   and   are scalars. Find   and   . and Two different nonzero vectors,   and   that are not parallel satisfy the equality   , where   and   are scalars. Find   and   . that are not parallel satisfy the equality Two different nonzero vectors,   and   that are not parallel satisfy the equality   , where   and   are scalars. Find   and   . , where Two different nonzero vectors,   and   that are not parallel satisfy the equality   , where   and   are scalars. Find   and   . and Two different nonzero vectors,   and   that are not parallel satisfy the equality   , where   and   are scalars. Find   and   . are scalars.
Find Two different nonzero vectors,   and   that are not parallel satisfy the equality   , where   and   are scalars. Find   and   . and Two different nonzero vectors,   and   that are not parallel satisfy the equality   , where   and   are scalars. Find   and   . .
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Let Let   . Find the vector   such that   . . Find the vector Let   . Find the vector   such that   . such that Let   . Find the vector   such that   . .
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Let <strong>Let   and   . </strong> A) Write the coordinates of the point   on   lying three-fifths of the way from   to   . B) Write   as a linear combination of   and   . and <strong>Let   and   . </strong> A) Write the coordinates of the point   on   lying three-fifths of the way from   to   . B) Write   as a linear combination of   and   . .

A) Write the coordinates of the point <strong>Let   and   . </strong> A) Write the coordinates of the point   on   lying three-fifths of the way from   to   . B) Write   as a linear combination of   and   . on <strong>Let   and   . </strong> A) Write the coordinates of the point   on   lying three-fifths of the way from   to   . B) Write   as a linear combination of   and   . lying three-fifths of the way from <strong>Let   and   . </strong> A) Write the coordinates of the point   on   lying three-fifths of the way from   to   . B) Write   as a linear combination of   and   . to <strong>Let   and   . </strong> A) Write the coordinates of the point   on   lying three-fifths of the way from   to   . B) Write   as a linear combination of   and   . .
B) Write <strong>Let   and   . </strong> A) Write the coordinates of the point   on   lying three-fifths of the way from   to   . B) Write   as a linear combination of   and   . as a linear combination of <strong>Let   and   . </strong> A) Write the coordinates of the point   on   lying three-fifths of the way from   to   . B) Write   as a linear combination of   and   . and <strong>Let   and   . </strong> A) Write the coordinates of the point   on   lying three-fifths of the way from   to   . B) Write   as a linear combination of   and   . .
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Express Express   as a linear combination of   and   . as a linear combination of Express   as a linear combination of   and   . and Express   as a linear combination of   and   . .
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Find Find   and   such that   is a unit vector parallel to   where   and   . and Find   and   such that   is a unit vector parallel to   where   and   . such that Find   and   such that   is a unit vector parallel to   where   and   . is a unit vector parallel to Find   and   such that   is a unit vector parallel to   where   and   . where Find   and   such that   is a unit vector parallel to   where   and   . and Find   and   such that   is a unit vector parallel to   where   and   . .
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Consider the four points Consider the four points   ,   ,   , and   . Are   and   parallel, and if so, do they point in the same direction? , Consider the four points   ,   ,   , and   . Are   and   parallel, and if so, do they point in the same direction? , Consider the four points   ,   ,   , and   . Are   and   parallel, and if so, do they point in the same direction? , and Consider the four points   ,   ,   , and   . Are   and   parallel, and if so, do they point in the same direction? . Are Consider the four points   ,   ,   , and   . Are   and   parallel, and if so, do they point in the same direction? and Consider the four points   ,   ,   , and   . Are   and   parallel, and if so, do they point in the same direction? parallel, and if so, do they point in the same direction?
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Find the decomposition Find the decomposition   of   with respect to   . of Find the decomposition   of   with respect to   . with respect to Find the decomposition   of   with respect to   . .
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The two lines <strong>The two lines   and   intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   and <strong>The two lines   and   intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   intersect if:

A) <strong>The two lines   and   intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   .
B) <strong>The two lines   and   intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   .
C) <strong>The two lines   and   intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   .
D) <strong>The two lines   and   intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   .
E) <strong>The two lines   and   intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   and <strong>The two lines   and   intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   do not intersect for any value of <strong>The two lines   and   intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of
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Find the decomposition Find the decomposition   of   with respect to   . of Find the decomposition   of   with respect to   . with respect to Find the decomposition   of   with respect to   . .
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Find an equation of the line that passes through the points Find an equation of the line that passes through the points   and   . and Find an equation of the line that passes through the points   and   . .
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Find a unit vector Find a unit vector   orthogonal to   and making an angle of   with the vector   . orthogonal to Find a unit vector   orthogonal to   and making an angle of   with the vector   . and making an angle of Find a unit vector   orthogonal to   and making an angle of   with the vector   . with the vector Find a unit vector   orthogonal to   and making an angle of   with the vector   . .
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Let Let   and   . Find the point on   lying three-fifths of the way from   to   . and Let   and   . Find the point on   lying three-fifths of the way from   to   . . Find the point on Let   and   . Find the point on   lying three-fifths of the way from   to   . lying three-fifths of the way from Let   and   . Find the point on   lying three-fifths of the way from   to   . to Let   and   . Find the point on   lying three-fifths of the way from   to   . .
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Find the decomposition Find the decomposition   of   with respect to   . of Find the decomposition   of   with respect to   . with respect to Find the decomposition   of   with respect to   . .
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Find an equation of the line that passes through the points Find an equation of the line that passes through the points   and   . and Find an equation of the line that passes through the points   and   . .
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Find a scalar Find a scalar   such that the vectors   and   are orthogonal. such that the vectors Find a scalar   such that the vectors   and   are orthogonal. and Find a scalar   such that the vectors   and   are orthogonal. are orthogonal.
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Consider the points Consider the points   ,   ,   , and   . Find the length of the vector starting at the midpoint of   and ending at the midpoint of   . , Consider the points   ,   ,   , and   . Find the length of the vector starting at the midpoint of   and ending at the midpoint of   . , Consider the points   ,   ,   , and   . Find the length of the vector starting at the midpoint of   and ending at the midpoint of   . , and Consider the points   ,   ,   , and   . Find the length of the vector starting at the midpoint of   and ending at the midpoint of   . . Find the length of the vector starting at the midpoint of Consider the points   ,   ,   , and   . Find the length of the vector starting at the midpoint of   and ending at the midpoint of   . and ending at the midpoint of Consider the points   ,   ,   , and   . Find the length of the vector starting at the midpoint of   and ending at the midpoint of   . .
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The decomposition <strong>The decomposition   of   with respect to   is which of the following?</strong> A)   B)   C)   D)   E)   of <strong>The decomposition   of   with respect to   is which of the following?</strong> A)   B)   C)   D)   E)   with respect to <strong>The decomposition   of   with respect to   is which of the following?</strong> A)   B)   C)   D)   E)   is which of the following?

A) <strong>The decomposition   of   with respect to   is which of the following?</strong> A)   B)   C)   D)   E)
B) <strong>The decomposition   of   with respect to   is which of the following?</strong> A)   B)   C)   D)   E)
C) <strong>The decomposition   of   with respect to   is which of the following?</strong> A)   B)   C)   D)   E)
D) <strong>The decomposition   of   with respect to   is which of the following?</strong> A)   B)   C)   D)   E)
E) <strong>The decomposition   of   with respect to   is which of the following?</strong> A)   B)   C)   D)   E)
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The angle between <strong>The angle between   and   is   and   Let   and   be the vectors   and   . </strong> A) Find the dot product   B) Find the dot product   and use it to compute the lengths   and   C) Find the angle between   and   and <strong>The angle between   and   is   and   Let   and   be the vectors   and   . </strong> A) Find the dot product   B) Find the dot product   and use it to compute the lengths   and   C) Find the angle between   and   is <strong>The angle between   and   is   and   Let   and   be the vectors   and   . </strong> A) Find the dot product   B) Find the dot product   and use it to compute the lengths   and   C) Find the angle between   and   and <strong>The angle between   and   is   and   Let   and   be the vectors   and   . </strong> A) Find the dot product   B) Find the dot product   and use it to compute the lengths   and   C) Find the angle between   and   Let <strong>The angle between   and   is   and   Let   and   be the vectors   and   . </strong> A) Find the dot product   B) Find the dot product   and use it to compute the lengths   and   C) Find the angle between   and   and <strong>The angle between   and   is   and   Let   and   be the vectors   and   . </strong> A) Find the dot product   B) Find the dot product   and use it to compute the lengths   and   C) Find the angle between   and   be the vectors <strong>The angle between   and   is   and   Let   and   be the vectors   and   . </strong> A) Find the dot product   B) Find the dot product   and use it to compute the lengths   and   C) Find the angle between   and   and <strong>The angle between   and   is   and   Let   and   be the vectors   and   . </strong> A) Find the dot product   B) Find the dot product   and use it to compute the lengths   and   C) Find the angle between   and   .

A) Find the dot product <strong>The angle between   and   is   and   Let   and   be the vectors   and   . </strong> A) Find the dot product   B) Find the dot product   and use it to compute the lengths   and   C) Find the angle between   and
B) Find the dot product <strong>The angle between   and   is   and   Let   and   be the vectors   and   . </strong> A) Find the dot product   B) Find the dot product   and use it to compute the lengths   and   C) Find the angle between   and   and use it to compute the lengths <strong>The angle between   and   is   and   Let   and   be the vectors   and   . </strong> A) Find the dot product   B) Find the dot product   and use it to compute the lengths   and   C) Find the angle between   and   and <strong>The angle between   and   is   and   Let   and   be the vectors   and   . </strong> A) Find the dot product   B) Find the dot product   and use it to compute the lengths   and   C) Find the angle between   and
C) Find the angle between <strong>The angle between   and   is   and   Let   and   be the vectors   and   . </strong> A) Find the dot product   B) Find the dot product   and use it to compute the lengths   and   C) Find the angle between   and   and <strong>The angle between   and   is   and   Let   and   be the vectors   and   . </strong> A) Find the dot product   B) Find the dot product   and use it to compute the lengths   and   C) Find the angle between   and
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Find the angle between the vectors Find the angle between the vectors   and   . and Find the angle between the vectors   and   . .
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Find an equation of the bisector Find an equation of the bisector   of the angle   in the triangle with vertices  of the angle Find an equation of the bisector   of the angle   in the triangle with vertices  in the triangle with vertices Find an equation of the bisector   of the angle   in the triangle with vertices
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The angle between the vectors <strong>The angle between the vectors   and   is:</strong> A)   . B)   . C)   . D)   . E)   . and <strong>The angle between the vectors   and   is:</strong> A)   . B)   . C)   . D)   . E)   . is:

A) <strong>The angle between the vectors   and   is:</strong> A)   . B)   . C)   . D)   . E)   . .
B) <strong>The angle between the vectors   and   is:</strong> A)   . B)   . C)   . D)   . E)   . .
C) <strong>The angle between the vectors   and   is:</strong> A)   . B)   . C)   . D)   . E)   . .
D) <strong>The angle between the vectors   and   is:</strong> A)   . B)   . C)   . D)   . E)   . .
E) <strong>The angle between the vectors   and   is:</strong> A)   . B)   . C)   . D)   . E)   . .
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The two lines <strong>The two lines   and   intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   and <strong>The two lines   and   intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   intersect if:

A) <strong>The two lines   and   intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   .
B) <strong>The two lines   and   intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   .
C) <strong>The two lines   and   intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   .
D) <strong>The two lines   and   intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   .
E) <strong>The two lines   and   intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   and <strong>The two lines   and   intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of   do not intersect for any value of <strong>The two lines   and   intersect if:</strong> A)   . B)   . C)   . D)   . E)   and   do not intersect for any value of
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In the triangle with vertices <strong>In the triangle with vertices   , and   ,   is a point on   such that   .   is a line through   , parallel to   and intersecting   at point   . </strong> A) Find a vector equation of the line   B) Find the length of   , and <strong>In the triangle with vertices   , and   ,   is a point on   such that   .   is a line through   , parallel to   and intersecting   at point   . </strong> A) Find a vector equation of the line   B) Find the length of   , <strong>In the triangle with vertices   , and   ,   is a point on   such that   .   is a line through   , parallel to   and intersecting   at point   . </strong> A) Find a vector equation of the line   B) Find the length of   is a point on <strong>In the triangle with vertices   , and   ,   is a point on   such that   .   is a line through   , parallel to   and intersecting   at point   . </strong> A) Find a vector equation of the line   B) Find the length of   such that <strong>In the triangle with vertices   , and   ,   is a point on   such that   .   is a line through   , parallel to   and intersecting   at point   . </strong> A) Find a vector equation of the line   B) Find the length of   . <strong>In the triangle with vertices   , and   ,   is a point on   such that   .   is a line through   , parallel to   and intersecting   at point   . </strong> A) Find a vector equation of the line   B) Find the length of   is a line through <strong>In the triangle with vertices   , and   ,   is a point on   such that   .   is a line through   , parallel to   and intersecting   at point   . </strong> A) Find a vector equation of the line   B) Find the length of   , parallel to <strong>In the triangle with vertices   , and   ,   is a point on   such that   .   is a line through   , parallel to   and intersecting   at point   . </strong> A) Find a vector equation of the line   B) Find the length of   and intersecting <strong>In the triangle with vertices   , and   ,   is a point on   such that   .   is a line through   , parallel to   and intersecting   at point   . </strong> A) Find a vector equation of the line   B) Find the length of   at point <strong>In the triangle with vertices   , and   ,   is a point on   such that   .   is a line through   , parallel to   and intersecting   at point   . </strong> A) Find a vector equation of the line   B) Find the length of   .

A) Find a vector equation of the line <strong>In the triangle with vertices   , and   ,   is a point on   such that   .   is a line through   , parallel to   and intersecting   at point   . </strong> A) Find a vector equation of the line   B) Find the length of
B) Find the length of <strong>In the triangle with vertices   , and   ,   is a point on   such that   .   is a line through   , parallel to   and intersecting   at point   . </strong> A) Find a vector equation of the line   B) Find the length of
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Determine whether the lines Determine whether the lines   and   intersect, and if so, find the point of intersection. and Determine whether the lines   and   intersect, and if so, find the point of intersection. intersect, and if so, find the point of intersection.
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The angle between two intersecting lines is the acute angle between the direction vectors of the lines. Find the angle between the line through the points The angle between two intersecting lines is the acute angle between the direction vectors of the lines. Find the angle between the line through the points   and   and the line through the points   and   . and The angle between two intersecting lines is the acute angle between the direction vectors of the lines. Find the angle between the line through the points   and   and the line through the points   and   . and the line through the points The angle between two intersecting lines is the acute angle between the direction vectors of the lines. Find the angle between the line through the points   and   and the line through the points   and   . and The angle between two intersecting lines is the acute angle between the direction vectors of the lines. Find the angle between the line through the points   and   and the line through the points   and   . .
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Find an equation of the line that passes through Find an equation of the line that passes through   and is orthogonal to the vectors   and   . and is orthogonal to the vectors Find an equation of the line that passes through   and is orthogonal to the vectors   and   . and Find an equation of the line that passes through   and is orthogonal to the vectors   and   . .
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What is the minimum force you must apply to pull a 35-kg mass up a frictionless ramp, inclined at an angle What is the minimum force you must apply to pull a 35-kg mass up a frictionless ramp, inclined at an angle   ? ?
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Consider the parallel lines <strong>Consider the parallel lines   and   Compute the distance   between the two lines using the following steps. </strong> A) Choose any two points   and   on   B) Choose any point   on   C) Compute the area of the triangle   , the length of   , and find the height from   to   , using the area of a triangle. D) What is the distance between   and   ? and <strong>Consider the parallel lines   and   Compute the distance   between the two lines using the following steps. </strong> A) Choose any two points   and   on   B) Choose any point   on   C) Compute the area of the triangle   , the length of   , and find the height from   to   , using the area of a triangle. D) What is the distance between   and   ? Compute the distance <strong>Consider the parallel lines   and   Compute the distance   between the two lines using the following steps. </strong> A) Choose any two points   and   on   B) Choose any point   on   C) Compute the area of the triangle   , the length of   , and find the height from   to   , using the area of a triangle. D) What is the distance between   and   ? between the two lines using the following steps.

A) Choose any two points <strong>Consider the parallel lines   and   Compute the distance   between the two lines using the following steps. </strong> A) Choose any two points   and   on   B) Choose any point   on   C) Compute the area of the triangle   , the length of   , and find the height from   to   , using the area of a triangle. D) What is the distance between   and   ? and <strong>Consider the parallel lines   and   Compute the distance   between the two lines using the following steps. </strong> A) Choose any two points   and   on   B) Choose any point   on   C) Compute the area of the triangle   , the length of   , and find the height from   to   , using the area of a triangle. D) What is the distance between   and   ? on <strong>Consider the parallel lines   and   Compute the distance   between the two lines using the following steps. </strong> A) Choose any two points   and   on   B) Choose any point   on   C) Compute the area of the triangle   , the length of   , and find the height from   to   , using the area of a triangle. D) What is the distance between   and   ?
B) Choose any point <strong>Consider the parallel lines   and   Compute the distance   between the two lines using the following steps. </strong> A) Choose any two points   and   on   B) Choose any point   on   C) Compute the area of the triangle   , the length of   , and find the height from   to   , using the area of a triangle. D) What is the distance between   and   ? on <strong>Consider the parallel lines   and   Compute the distance   between the two lines using the following steps. </strong> A) Choose any two points   and   on   B) Choose any point   on   C) Compute the area of the triangle   , the length of   , and find the height from   to   , using the area of a triangle. D) What is the distance between   and   ?
C) Compute the area of the triangle <strong>Consider the parallel lines   and   Compute the distance   between the two lines using the following steps. </strong> A) Choose any two points   and   on   B) Choose any point   on   C) Compute the area of the triangle   , the length of   , and find the height from   to   , using the area of a triangle. D) What is the distance between   and   ? , the length of <strong>Consider the parallel lines   and   Compute the distance   between the two lines using the following steps. </strong> A) Choose any two points   and   on   B) Choose any point   on   C) Compute the area of the triangle   , the length of   , and find the height from   to   , using the area of a triangle. D) What is the distance between   and   ? , and find the height from <strong>Consider the parallel lines   and   Compute the distance   between the two lines using the following steps. </strong> A) Choose any two points   and   on   B) Choose any point   on   C) Compute the area of the triangle   , the length of   , and find the height from   to   , using the area of a triangle. D) What is the distance between   and   ? to <strong>Consider the parallel lines   and   Compute the distance   between the two lines using the following steps. </strong> A) Choose any two points   and   on   B) Choose any point   on   C) Compute the area of the triangle   , the length of   , and find the height from   to   , using the area of a triangle. D) What is the distance between   and   ? , using the area of a triangle.
D) What is the distance between <strong>Consider the parallel lines   and   Compute the distance   between the two lines using the following steps. </strong> A) Choose any two points   and   on   B) Choose any point   on   C) Compute the area of the triangle   , the length of   , and find the height from   to   , using the area of a triangle. D) What is the distance between   and   ? and <strong>Consider the parallel lines   and   Compute the distance   between the two lines using the following steps. </strong> A) Choose any two points   and   on   B) Choose any point   on   C) Compute the area of the triangle   , the length of   , and find the height from   to   , using the area of a triangle. D) What is the distance between   and   ? ?
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Compute the height Compute the height   to the side   in the triangle with vertices at   . to the side Compute the height   to the side   in the triangle with vertices at   . in the triangle with vertices at Compute the height   to the side   in the triangle with vertices at   . .
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Compute the area of the projection of the parallelogram with vertices Compute the area of the projection of the parallelogram with vertices   ,   ,   , and   on the xy-plane. , Compute the area of the projection of the parallelogram with vertices   ,   ,   , and   on the xy-plane. , Compute the area of the projection of the parallelogram with vertices   ,   ,   , and   on the xy-plane. , and Compute the area of the projection of the parallelogram with vertices   ,   ,   , and   on the xy-plane. on the xy-plane.
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The height <strong>The height   of the triangle   shown in the figure is which of the following?  </strong> A)   B)   C)   D)   E) none of the above. of the triangle <strong>The height   of the triangle   shown in the figure is which of the following?  </strong> A)   B)   C)   D)   E) none of the above. shown in the figure is which of the following? <strong>The height   of the triangle   shown in the figure is which of the following?  </strong> A)   B)   C)   D)   E) none of the above.

A) <strong>The height   of the triangle   shown in the figure is which of the following?  </strong> A)   B)   C)   D)   E) none of the above.
B) <strong>The height   of the triangle   shown in the figure is which of the following?  </strong> A)   B)   C)   D)   E) none of the above.
C) <strong>The height   of the triangle   shown in the figure is which of the following?  </strong> A)   B)   C)   D)   E) none of the above.
D) <strong>The height   of the triangle   shown in the figure is which of the following?  </strong> A)   B)   C)   D)   E) none of the above.
E) none of the above.
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Find all the vectors Find all the vectors   of length   that are orthogonal to the vectors   and   . of length Find all the vectors   of length   that are orthogonal to the vectors   and   . that are orthogonal to the vectors Find all the vectors   of length   that are orthogonal to the vectors   and   . and Find all the vectors   of length   that are orthogonal to the vectors   and   . .
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Determine whether the vectors Determine whether the vectors   , and   lie in one plane. , and Determine whether the vectors   , and   lie in one plane. lie in one plane.
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Let <strong>Let   </strong> A) Find the area of the parallelogram spanned by   and   . B) Find a vector   orthogonal to   and   so that the volume of the parallelepiped spanned by   ,   , and   is   .

A) Find the area of the parallelogram spanned by <strong>Let   </strong> A) Find the area of the parallelogram spanned by   and   . B) Find a vector   orthogonal to   and   so that the volume of the parallelepiped spanned by   ,   , and   is   . and <strong>Let   </strong> A) Find the area of the parallelogram spanned by   and   . B) Find a vector   orthogonal to   and   so that the volume of the parallelepiped spanned by   ,   , and   is   . .
B) Find a vector <strong>Let   </strong> A) Find the area of the parallelogram spanned by   and   . B) Find a vector   orthogonal to   and   so that the volume of the parallelepiped spanned by   ,   , and   is   . orthogonal to <strong>Let   </strong> A) Find the area of the parallelogram spanned by   and   . B) Find a vector   orthogonal to   and   so that the volume of the parallelepiped spanned by   ,   , and   is   . and <strong>Let   </strong> A) Find the area of the parallelogram spanned by   and   . B) Find a vector   orthogonal to   and   so that the volume of the parallelepiped spanned by   ,   , and   is   . so that the volume of the parallelepiped spanned by <strong>Let   </strong> A) Find the area of the parallelogram spanned by   and   . B) Find a vector   orthogonal to   and   so that the volume of the parallelepiped spanned by   ,   , and   is   . , <strong>Let   </strong> A) Find the area of the parallelogram spanned by   and   . B) Find a vector   orthogonal to   and   so that the volume of the parallelepiped spanned by   ,   , and   is   . , and <strong>Let   </strong> A) Find the area of the parallelogram spanned by   and   . B) Find a vector   orthogonal to   and   so that the volume of the parallelepiped spanned by   ,   , and   is   . is <strong>Let   </strong> A) Find the area of the parallelogram spanned by   and   . B) Find a vector   orthogonal to   and   so that the volume of the parallelepiped spanned by   ,   , and   is   . .
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Find the volume of the parallelepiped with vertices at Find the volume of the parallelepiped with vertices at   , and   . , and Find the volume of the parallelepiped with vertices at   , and   . .
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The angle between two intersecting lines is the acute angle between the direction vectors of the lines. Find the angle between the line through the points The angle between two intersecting lines is the acute angle between the direction vectors of the lines. Find the angle between the line through the points   and   and the line through the points   and   . and The angle between two intersecting lines is the acute angle between the direction vectors of the lines. Find the angle between the line through the points   and   and the line through the points   and   . and the line through the points The angle between two intersecting lines is the acute angle between the direction vectors of the lines. Find the angle between the line through the points   and   and the line through the points   and   . and The angle between two intersecting lines is the acute angle between the direction vectors of the lines. Find the angle between the line through the points   and   and the line through the points   and   . .
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The line The line   is determined by the two points   and   , and the line   is determined by the points   and   . Find the unit vectors   along the line perpendicular to both   and   . is determined by the two points The line   is determined by the two points   and   , and the line   is determined by the points   and   . Find the unit vectors   along the line perpendicular to both   and   . and The line   is determined by the two points   and   , and the line   is determined by the points   and   . Find the unit vectors   along the line perpendicular to both   and   . , and the line The line   is determined by the two points   and   , and the line   is determined by the points   and   . Find the unit vectors   along the line perpendicular to both   and   . is determined by the points The line   is determined by the two points   and   , and the line   is determined by the points   and   . Find the unit vectors   along the line perpendicular to both   and   . and The line   is determined by the two points   and   , and the line   is determined by the points   and   . Find the unit vectors   along the line perpendicular to both   and   . . Find the unit vectors The line   is determined by the two points   and   , and the line   is determined by the points   and   . Find the unit vectors   along the line perpendicular to both   and   . along the line perpendicular to both The line   is determined by the two points   and   , and the line   is determined by the points   and   . Find the unit vectors   along the line perpendicular to both   and   . and The line   is determined by the two points   and   , and the line   is determined by the points   and   . Find the unit vectors   along the line perpendicular to both   and   . .
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Calculate the volume of the parallelepiped spanned by Calculate the volume of the parallelepiped spanned by   ,   , and   . , Calculate the volume of the parallelepiped spanned by   ,   , and   . , and Calculate the volume of the parallelepiped spanned by   ,   , and   . .
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Compute the area of the projection onto the xy-plane of the parallelogram spanned by the vectors Compute the area of the projection onto the xy-plane of the parallelogram spanned by the vectors   and   . and Compute the area of the projection onto the xy-plane of the parallelogram spanned by the vectors   and   . .
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Which of the following lines <strong>Which of the following lines   is parallel to the plane  </strong> A)   B)   C)   D)   E)   is parallel to the plane <strong>Which of the following lines   is parallel to the plane  </strong> A)   B)   C)   D)   E)

A) <strong>Which of the following lines   is parallel to the plane  </strong> A)   B)   C)   D)   E)
B) <strong>Which of the following lines   is parallel to the plane  </strong> A)   B)   C)   D)   E)
C) <strong>Which of the following lines   is parallel to the plane  </strong> A)   B)   C)   D)   E)
D) <strong>Which of the following lines   is parallel to the plane  </strong> A)   B)   C)   D)   E)
E) <strong>Which of the following lines   is parallel to the plane  </strong> A)   B)   C)   D)   E)
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Let <strong>Let   and   be two nonzero orthogonal vectors. </strong> A) Find   in terms of   ,   , and   B) Find the scalar   such that   C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only. and <strong>Let   and   be two nonzero orthogonal vectors. </strong> A) Find   in terms of   ,   , and   B) Find the scalar   such that   C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only. be two nonzero orthogonal vectors.

A) Find <strong>Let   and   be two nonzero orthogonal vectors. </strong> A) Find   in terms of   ,   , and   B) Find the scalar   such that   C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only. in terms of <strong>Let   and   be two nonzero orthogonal vectors. </strong> A) Find   in terms of   ,   , and   B) Find the scalar   such that   C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only. , <strong>Let   and   be two nonzero orthogonal vectors. </strong> A) Find   in terms of   ,   , and   B) Find the scalar   such that   C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only. , and <strong>Let   and   be two nonzero orthogonal vectors. </strong> A) Find   in terms of   ,   , and   B) Find the scalar   such that   C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only.
B) Find the scalar <strong>Let   and   be two nonzero orthogonal vectors. </strong> A) Find   in terms of   ,   , and   B) Find the scalar   such that   C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only. such that <strong>Let   and   be two nonzero orthogonal vectors. </strong> A) Find   in terms of   ,   , and   B) Find the scalar   such that   C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only.
C) If <strong>Let   and   be two nonzero orthogonal vectors. </strong> A) Find   in terms of   ,   , and   B) Find the scalar   such that   C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only. and <strong>Let   and   be two nonzero orthogonal vectors. </strong> A) Find   in terms of   ,   , and   B) Find the scalar   such that   C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only. are orthogonal unit vectors, write the area of the parallelogram spanned by <strong>Let   and   be two nonzero orthogonal vectors. </strong> A) Find   in terms of   ,   , and   B) Find the scalar   such that   C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only. and <strong>Let   and   be two nonzero orthogonal vectors. </strong> A) Find   in terms of   ,   , and   B) Find the scalar   such that   C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only. in terms of <strong>Let   and   be two nonzero orthogonal vectors. </strong> A) Find   in terms of   ,   , and   B) Find the scalar   such that   C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only. only.
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Compute the height Compute the height   to the side   in the triangle with vertices at   ,   , and   . to the side Compute the height   to the side   in the triangle with vertices at   ,   , and   . in the triangle with vertices at Compute the height   to the side   in the triangle with vertices at   ,   , and   . , Compute the height   to the side   in the triangle with vertices at   ,   , and   . , and Compute the height   to the side   in the triangle with vertices at   ,   , and   . .
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57
The line The line   is determined by the points   and   . The line   is determined by the points   and   . Find a unit vector along the line perpendicular to both   and   . is determined by the points The line   is determined by the points   and   . The line   is determined by the points   and   . Find a unit vector along the line perpendicular to both   and   . and The line   is determined by the points   and   . The line   is determined by the points   and   . Find a unit vector along the line perpendicular to both   and   . .
The line The line   is determined by the points   and   . The line   is determined by the points   and   . Find a unit vector along the line perpendicular to both   and   . is determined by the points The line   is determined by the points   and   . The line   is determined by the points   and   . Find a unit vector along the line perpendicular to both   and   . and The line   is determined by the points   and   . The line   is determined by the points   and   . Find a unit vector along the line perpendicular to both   and   . .
Find a unit vector along the line perpendicular to both The line   is determined by the points   and   . The line   is determined by the points   and   . Find a unit vector along the line perpendicular to both   and   . and The line   is determined by the points   and   . The line   is determined by the points   and   . Find a unit vector along the line perpendicular to both   and   . .
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The line The line   is determined by the two points   and   and the line   is determined by the points   and   . Find a unit vector along the line perpendicular to both   and   . is determined by the two points The line   is determined by the two points   and   and the line   is determined by the points   and   . Find a unit vector along the line perpendicular to both   and   . and The line   is determined by the two points   and   and the line   is determined by the points   and   . Find a unit vector along the line perpendicular to both   and   . and the line The line   is determined by the two points   and   and the line   is determined by the points   and   . Find a unit vector along the line perpendicular to both   and   . is determined by the points The line   is determined by the two points   and   and the line   is determined by the points   and   . Find a unit vector along the line perpendicular to both   and   . and The line   is determined by the two points   and   and the line   is determined by the points   and   . Find a unit vector along the line perpendicular to both   and   . . Find a unit vector along the line perpendicular to both The line   is determined by the two points   and   and the line   is determined by the points   and   . Find a unit vector along the line perpendicular to both   and   . and The line   is determined by the two points   and   and the line   is determined by the points   and   . Find a unit vector along the line perpendicular to both   and   . .
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59
Find the projection of Find the projection of   along   if   and   . along Find the projection of   along   if   and   . if Find the projection of   along   if   and   . and Find the projection of   along   if   and   . .
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60
For the plane For the plane   and the line   :   , find the scalar form of the equation of the plane   that contains   and is orthogonal to   . and the line For the plane   and the line   :   , find the scalar form of the equation of the plane   that contains   and is orthogonal to   . : For the plane   and the line   :   , find the scalar form of the equation of the plane   that contains   and is orthogonal to   . , find the scalar form of the equation of the plane For the plane   and the line   :   , find the scalar form of the equation of the plane   that contains   and is orthogonal to   . that contains For the plane   and the line   :   , find the scalar form of the equation of the plane   that contains   and is orthogonal to   . and is orthogonal to For the plane   and the line   :   , find the scalar form of the equation of the plane   that contains   and is orthogonal to   . .
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61
Find an equation of the plane passing through the points Find an equation of the plane passing through the points   and   and with the vector   lying on the plane. and Find an equation of the plane passing through the points   and   and with the vector   lying on the plane. and with the vector Find an equation of the plane passing through the points   and   and with the vector   lying on the plane. lying on the plane.
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62
Describe the trace obtained by intersecting the quadric surface Describe the trace obtained by intersecting the quadric surface   with the plane  with the plane Describe the trace obtained by intersecting the quadric surface   with the plane
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63
Find an equation of the plane with traces Find an equation of the plane with traces   , and   in the   plane,   plane, and   plane, respectively. , and Find an equation of the plane with traces   , and   in the   plane,   plane, and   plane, respectively. in the Find an equation of the plane with traces   , and   in the   plane,   plane, and   plane, respectively. plane, Find an equation of the plane with traces   , and   in the   plane,   plane, and   plane, respectively. plane, and Find an equation of the plane with traces   , and   in the   plane,   plane, and   plane, respectively. plane, respectively.
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64
For which values of For which values of   is the intersection of the horizontal plane   and the hyperboloid   empty? is the intersection of the horizontal plane For which values of   is the intersection of the horizontal plane   and the hyperboloid   empty? and the hyperboloid For which values of   is the intersection of the horizontal plane   and the hyperboloid   empty? empty?
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65
Find an equation of the plane passing through the points Find an equation of the plane passing through the points   and   , and parallel to any line with the direction vector   . and Find an equation of the plane passing through the points   and   , and parallel to any line with the direction vector   . , and parallel to any line with the direction vector Find an equation of the plane passing through the points   and   , and parallel to any line with the direction vector   . .
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66
Write the equation of the quadric surface Write the equation of the quadric surface   in standard form, and identify the type of the quadric conic. in standard form, and identify the type of the quadric conic.
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67
Let <strong>Let   be the line   and   be the plane   . </strong> A) Find the point of intersection   of   and   . B) Find an equation of the plane   (in scalar form) that passes through the point   and is orthogonal to   . be the line <strong>Let   be the line   and   be the plane   . </strong> A) Find the point of intersection   of   and   . B) Find an equation of the plane   (in scalar form) that passes through the point   and is orthogonal to   . and <strong>Let   be the line   and   be the plane   . </strong> A) Find the point of intersection   of   and   . B) Find an equation of the plane   (in scalar form) that passes through the point   and is orthogonal to   . be the plane <strong>Let   be the line   and   be the plane   . </strong> A) Find the point of intersection   of   and   . B) Find an equation of the plane   (in scalar form) that passes through the point   and is orthogonal to   . .

A) Find the point of intersection <strong>Let   be the line   and   be the plane   . </strong> A) Find the point of intersection   of   and   . B) Find an equation of the plane   (in scalar form) that passes through the point   and is orthogonal to   . of <strong>Let   be the line   and   be the plane   . </strong> A) Find the point of intersection   of   and   . B) Find an equation of the plane   (in scalar form) that passes through the point   and is orthogonal to   . and <strong>Let   be the line   and   be the plane   . </strong> A) Find the point of intersection   of   and   . B) Find an equation of the plane   (in scalar form) that passes through the point   and is orthogonal to   . .
B) Find an equation of the plane <strong>Let   be the line   and   be the plane   . </strong> A) Find the point of intersection   of   and   . B) Find an equation of the plane   (in scalar form) that passes through the point   and is orthogonal to   . (in scalar form) that passes through the point <strong>Let   be the line   and   be the plane   . </strong> A) Find the point of intersection   of   and   . B) Find an equation of the plane   (in scalar form) that passes through the point   and is orthogonal to   . and is orthogonal to <strong>Let   be the line   and   be the plane   . </strong> A) Find the point of intersection   of   and   . B) Find an equation of the plane   (in scalar form) that passes through the point   and is orthogonal to   . .
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68
Write the equation of the quadric surface Write the equation of the quadric surface   in standard form, and identify its type. in standard form, and identify its type.
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69
The following lines ( <strong>The following lines (   is a parameter) are known to be in one plane.     If they intersect at the point   , find the following. </strong> A) the value of   B) the scalar equation of the plane is a parameter) are known to be in one plane. <strong>The following lines (   is a parameter) are known to be in one plane.     If they intersect at the point   , find the following. </strong> A) the value of   B) the scalar equation of the plane <strong>The following lines (   is a parameter) are known to be in one plane.     If they intersect at the point   , find the following. </strong> A) the value of   B) the scalar equation of the plane If they intersect at the point <strong>The following lines (   is a parameter) are known to be in one plane.     If they intersect at the point   , find the following. </strong> A) the value of   B) the scalar equation of the plane , find the following.

A) the value of <strong>The following lines (   is a parameter) are known to be in one plane.     If they intersect at the point   , find the following. </strong> A) the value of   B) the scalar equation of the plane
B) the scalar equation of the plane
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70
Consider the 3 lines. <strong>Consider the 3 lines.       Which of the following statements is correct?</strong> A) The three lines are parallel. B) The three lines lie in one plane and do not intersect at one point. C) The three lines are not contained in one plane. D) The three lines lie in one plane and they intersect at one point. E) Two of the lines are parallel. <strong>Consider the 3 lines.       Which of the following statements is correct?</strong> A) The three lines are parallel. B) The three lines lie in one plane and do not intersect at one point. C) The three lines are not contained in one plane. D) The three lines lie in one plane and they intersect at one point. E) Two of the lines are parallel. <strong>Consider the 3 lines.       Which of the following statements is correct?</strong> A) The three lines are parallel. B) The three lines lie in one plane and do not intersect at one point. C) The three lines are not contained in one plane. D) The three lines lie in one plane and they intersect at one point. E) Two of the lines are parallel. Which of the following statements is correct?

A) The three lines are parallel.
B) The three lines lie in one plane and do not intersect at one point.
C) The three lines are not contained in one plane.
D) The three lines lie in one plane and they intersect at one point.
E) Two of the lines are parallel.
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71
Let Let   and   be the plane and line determined by the following equations     Find the equation of the line   passing through the intersection point of   and   and parallel to the trace of   in the   plane. and Let   and   be the plane and line determined by the following equations     Find the equation of the line   passing through the intersection point of   and   and parallel to the trace of   in the   plane. be the plane and line determined by the following equations Let   and   be the plane and line determined by the following equations     Find the equation of the line   passing through the intersection point of   and   and parallel to the trace of   in the   plane. Let   and   be the plane and line determined by the following equations     Find the equation of the line   passing through the intersection point of   and   and parallel to the trace of   in the   plane. Find the equation of the line Let   and   be the plane and line determined by the following equations     Find the equation of the line   passing through the intersection point of   and   and parallel to the trace of   in the   plane. passing through the intersection point of Let   and   be the plane and line determined by the following equations     Find the equation of the line   passing through the intersection point of   and   and parallel to the trace of   in the   plane. and Let   and   be the plane and line determined by the following equations     Find the equation of the line   passing through the intersection point of   and   and parallel to the trace of   in the   plane. and parallel to the trace of Let   and   be the plane and line determined by the following equations     Find the equation of the line   passing through the intersection point of   and   and parallel to the trace of   in the   plane. in the Let   and   be the plane and line determined by the following equations     Find the equation of the line   passing through the intersection point of   and   and parallel to the trace of   in the   plane. plane.
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72
Find an equation of the plane with traces Find an equation of the plane with traces   , and   in the   plane,   plane, and   plane, respectively. , and Find an equation of the plane with traces   , and   in the   plane,   plane, and   plane, respectively. in the Find an equation of the plane with traces   , and   in the   plane,   plane, and   plane, respectively. plane, Find an equation of the plane with traces   , and   in the   plane,   plane, and   plane, respectively. plane, and Find an equation of the plane with traces   , and   in the   plane,   plane, and   plane, respectively. plane, respectively.
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73
For which values of h is the intersection of the horizontal plane For which values of h is the intersection of the horizontal plane   and the ellipsoid   empty? and the ellipsoid For which values of h is the intersection of the horizontal plane   and the ellipsoid   empty? empty?
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74
Write the equation of the quadric surface Write the equation of the quadric surface   in standard form, and identify its type. in standard form, and identify its type.
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75
Identify the quadric surface Identify the quadric surface   . .
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76
Describe the trace obtained by intersecting the quadric surface Describe the trace obtained by intersecting the quadric surface   with the plane   . with the plane Describe the trace obtained by intersecting the quadric surface   with the plane   . .
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77
Find an equation of the plane that passes through the points Find an equation of the plane that passes through the points   , and   . , and Find an equation of the plane that passes through the points   , and   . .
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78
Find an equation of the plane that passes through the points Find an equation of the plane that passes through the points   , and   . , and Find an equation of the plane that passes through the points   , and   . .
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Three nonzero vectors, <strong>Three nonzero vectors,   in 3-space are in one plane (coplanar) if:</strong> A)   B) one of them is a linear combination of the other two. C) one of them is parallel to the cross product of the other two. D) the scalar triple product of   , and   is zero. E) both B and D. in 3-space are in one plane (coplanar) if:

A) <strong>Three nonzero vectors,   in 3-space are in one plane (coplanar) if:</strong> A)   B) one of them is a linear combination of the other two. C) one of them is parallel to the cross product of the other two. D) the scalar triple product of   , and   is zero. E) both B and D.
B) one of them is a linear combination of the other two.
C) one of them is parallel to the cross product of the other two.
D) the scalar triple product of <strong>Three nonzero vectors,   in 3-space are in one plane (coplanar) if:</strong> A)   B) one of them is a linear combination of the other two. C) one of them is parallel to the cross product of the other two. D) the scalar triple product of   , and   is zero. E) both B and D. , and <strong>Three nonzero vectors,   in 3-space are in one plane (coplanar) if:</strong> A)   B) one of them is a linear combination of the other two. C) one of them is parallel to the cross product of the other two. D) the scalar triple product of   , and   is zero. E) both B and D. is zero.
E) both B and D.
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The plane <strong>The plane   is determined by the points   , and   .   is the trace of   in the xy-plane.   is the line   . Which of the following statements is correct?</strong> A)   and   intersect. B)   and   are parallel. C)   and   do not lie in one plane. D) There is not enough data to conclude about the mutual position of   and   . E)   and   coincide. is determined by the points <strong>The plane   is determined by the points   , and   .   is the trace of   in the xy-plane.   is the line   . Which of the following statements is correct?</strong> A)   and   intersect. B)   and   are parallel. C)   and   do not lie in one plane. D) There is not enough data to conclude about the mutual position of   and   . E)   and   coincide. , and <strong>The plane   is determined by the points   , and   .   is the trace of   in the xy-plane.   is the line   . Which of the following statements is correct?</strong> A)   and   intersect. B)   and   are parallel. C)   and   do not lie in one plane. D) There is not enough data to conclude about the mutual position of   and   . E)   and   coincide. . <strong>The plane   is determined by the points   , and   .   is the trace of   in the xy-plane.   is the line   . Which of the following statements is correct?</strong> A)   and   intersect. B)   and   are parallel. C)   and   do not lie in one plane. D) There is not enough data to conclude about the mutual position of   and   . E)   and   coincide. is the trace of <strong>The plane   is determined by the points   , and   .   is the trace of   in the xy-plane.   is the line   . Which of the following statements is correct?</strong> A)   and   intersect. B)   and   are parallel. C)   and   do not lie in one plane. D) There is not enough data to conclude about the mutual position of   and   . E)   and   coincide. in the xy-plane. <strong>The plane   is determined by the points   , and   .   is the trace of   in the xy-plane.   is the line   . Which of the following statements is correct?</strong> A)   and   intersect. B)   and   are parallel. C)   and   do not lie in one plane. D) There is not enough data to conclude about the mutual position of   and   . E)   and   coincide. is the line <strong>The plane   is determined by the points   , and   .   is the trace of   in the xy-plane.   is the line   . Which of the following statements is correct?</strong> A)   and   intersect. B)   and   are parallel. C)   and   do not lie in one plane. D) There is not enough data to conclude about the mutual position of   and   . E)   and   coincide. .
Which of the following statements is correct?

A) <strong>The plane   is determined by the points   , and   .   is the trace of   in the xy-plane.   is the line   . Which of the following statements is correct?</strong> A)   and   intersect. B)   and   are parallel. C)   and   do not lie in one plane. D) There is not enough data to conclude about the mutual position of   and   . E)   and   coincide. and <strong>The plane   is determined by the points   , and   .   is the trace of   in the xy-plane.   is the line   . Which of the following statements is correct?</strong> A)   and   intersect. B)   and   are parallel. C)   and   do not lie in one plane. D) There is not enough data to conclude about the mutual position of   and   . E)   and   coincide. intersect.
B) <strong>The plane   is determined by the points   , and   .   is the trace of   in the xy-plane.   is the line   . Which of the following statements is correct?</strong> A)   and   intersect. B)   and   are parallel. C)   and   do not lie in one plane. D) There is not enough data to conclude about the mutual position of   and   . E)   and   coincide. and <strong>The plane   is determined by the points   , and   .   is the trace of   in the xy-plane.   is the line   . Which of the following statements is correct?</strong> A)   and   intersect. B)   and   are parallel. C)   and   do not lie in one plane. D) There is not enough data to conclude about the mutual position of   and   . E)   and   coincide. are parallel.
C) <strong>The plane   is determined by the points   , and   .   is the trace of   in the xy-plane.   is the line   . Which of the following statements is correct?</strong> A)   and   intersect. B)   and   are parallel. C)   and   do not lie in one plane. D) There is not enough data to conclude about the mutual position of   and   . E)   and   coincide. and <strong>The plane   is determined by the points   , and   .   is the trace of   in the xy-plane.   is the line   . Which of the following statements is correct?</strong> A)   and   intersect. B)   and   are parallel. C)   and   do not lie in one plane. D) There is not enough data to conclude about the mutual position of   and   . E)   and   coincide. do not lie in one plane.
D) There is not enough data to conclude about the mutual position of <strong>The plane   is determined by the points   , and   .   is the trace of   in the xy-plane.   is the line   . Which of the following statements is correct?</strong> A)   and   intersect. B)   and   are parallel. C)   and   do not lie in one plane. D) There is not enough data to conclude about the mutual position of   and   . E)   and   coincide. and <strong>The plane   is determined by the points   , and   .   is the trace of   in the xy-plane.   is the line   . Which of the following statements is correct?</strong> A)   and   intersect. B)   and   are parallel. C)   and   do not lie in one plane. D) There is not enough data to conclude about the mutual position of   and   . E)   and   coincide. .
E) <strong>The plane   is determined by the points   , and   .   is the trace of   in the xy-plane.   is the line   . Which of the following statements is correct?</strong> A)   and   intersect. B)   and   are parallel. C)   and   do not lie in one plane. D) There is not enough data to conclude about the mutual position of   and   . E)   and   coincide. and <strong>The plane   is determined by the points   , and   .   is the trace of   in the xy-plane.   is the line   . Which of the following statements is correct?</strong> A)   and   intersect. B)   and   are parallel. C)   and   do not lie in one plane. D) There is not enough data to conclude about the mutual position of   and   . E)   and   coincide. coincide.
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افتح القفل للوصول البطاقات البالغ عددها 96 في هذه المجموعة.