Deck 11: Mechanical Ventilation and Sedation: Assessment, Medications, and Complications

ملء الشاشة (f)
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سؤال
Consider the curve defined by the parametric equations <strong>Consider the curve defined by the parametric equations   and   .For any time t,   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> and <strong>Consider the curve defined by the parametric equations   and   .For any time t,   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> .For any time t, <strong>Consider the curve defined by the parametric equations   and   .For any time t,   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>

A)​ <strong>Consider the curve defined by the parametric equations   and   .For any time t,   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
B)​ <strong>Consider the curve defined by the parametric equations   and   .For any time t,   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
C)​ <strong>Consider the curve defined by the parametric equations   and   .For any time t,   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
D)​ <strong>Consider the curve defined by the parametric equations   and   .For any time t,   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
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سؤال
If <strong>If   on the interval   ,then what is the value of c on the interval   that satisfies the Mean Value Theorem? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> on the interval <strong>If   on the interval   ,then what is the value of c on the interval   that satisfies the Mean Value Theorem? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> ,then what is the value of c on the interval <strong>If   on the interval   ,then what is the value of c on the interval   that satisfies the Mean Value Theorem? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> that satisfies the Mean Value Theorem? ​

A)​ <strong>If   on the interval   ,then what is the value of c on the interval   that satisfies the Mean Value Theorem? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
B)​ <strong>If   on the interval   ,then what is the value of c on the interval   that satisfies the Mean Value Theorem? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
C)​ <strong>If   on the interval   ,then what is the value of c on the interval   that satisfies the Mean Value Theorem? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
D)​ <strong>If   on the interval   ,then what is the value of c on the interval   that satisfies the Mean Value Theorem? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
سؤال
​Let <strong>​Let   .Which of the following values are x-intercepts of the graph of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> .Which of the following values are x-intercepts of the graph of <strong>​Let   .Which of the following values are x-intercepts of the graph of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> ? ​

A)​ <strong>​Let   .Which of the following values are x-intercepts of the graph of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
B)​ <strong>​Let   .Which of the following values are x-intercepts of the graph of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
C)​ <strong>​Let   .Which of the following values are x-intercepts of the graph of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
D)​ <strong>​Let   .Which of the following values are x-intercepts of the graph of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
سؤال
Let <strong>Let   .The first two nonzero terms of the Taylor expansion for   about   are ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> .The first two nonzero terms of the Taylor expansion for <strong>Let   .The first two nonzero terms of the Taylor expansion for   about   are ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> about <strong>Let   .The first two nonzero terms of the Taylor expansion for   about   are ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> are ​

A)​ <strong>Let   .The first two nonzero terms of the Taylor expansion for   about   are ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
B)​ <strong>Let   .The first two nonzero terms of the Taylor expansion for   about   are ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
C)​ <strong>Let   .The first two nonzero terms of the Taylor expansion for   about   are ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
D)​ <strong>Let   .The first two nonzero terms of the Taylor expansion for   about   are ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
سؤال
​Let <strong>​Let   .Which of the following integral expressions represents the area between   and the horizontal axis on the interval   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> .Which of the following integral expressions represents the area between <strong>​Let   .Which of the following integral expressions represents the area between   and the horizontal axis on the interval   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> and the horizontal axis on the interval <strong>​Let   .Which of the following integral expressions represents the area between   and the horizontal axis on the interval   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> ? ​

A)​ <strong>​Let   .Which of the following integral expressions represents the area between   and the horizontal axis on the interval   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
B)​ <strong>​Let   .Which of the following integral expressions represents the area between   and the horizontal axis on the interval   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
C)​ <strong>​Let   .Which of the following integral expressions represents the area between   and the horizontal axis on the interval   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
D)​ <strong>​Let   .Which of the following integral expressions represents the area between   and the horizontal axis on the interval   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
سؤال
​ Which one of the following statements is false? ​

A)​ <strong>​ Which one of the following statements is false? ​</strong> A)​   diverges. B)​   diverges. C)​   converges. D)​   converges absolutely. <div style=padding-top: 35px> diverges.
B)​ <strong>​ Which one of the following statements is false? ​</strong> A)​   diverges. B)​   diverges. C)​   converges. D)​   converges absolutely. <div style=padding-top: 35px> diverges.
C)​ <strong>​ Which one of the following statements is false? ​</strong> A)​   diverges. B)​   diverges. C)​   converges. D)​   converges absolutely. <div style=padding-top: 35px> converges.
D)​ <strong>​ Which one of the following statements is false? ​</strong> A)​   diverges. B)​   diverges. C)​   converges. D)​   converges absolutely. <div style=padding-top: 35px> converges absolutely.
سؤال
If <strong>If   and   ,then find the value of a such that   . ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> and <strong>If   and   ,then find the value of a such that   . ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> ,then find the value of a such that <strong>If   and   ,then find the value of a such that   . ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> . ​

A)​ <strong>If   and   ,then find the value of a such that   . ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
B)​ <strong>If   and   ,then find the value of a such that   . ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
C)​ <strong>If   and   ,then find the value of a such that   . ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
D)​ <strong>If   and   ,then find the value of a such that   . ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
سؤال
Let <strong>Let   .The first three terms of the Maclaurin series for   are ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> .The first three terms of the Maclaurin series for <strong>Let   .The first three terms of the Maclaurin series for   are ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> are ​

A)​ <strong>Let   .The first three terms of the Maclaurin series for   are ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
B)​ <strong>Let   .The first three terms of the Maclaurin series for   are ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
C)​ <strong>Let   .The first three terms of the Maclaurin series for   are ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
D)​ <strong>Let   .The first three terms of the Maclaurin series for   are ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
سؤال
Let <strong>Let   on the interval   The absolute maximum of   on this interval is ​</strong> A)​   B)​   C)​   D)​e <div style=padding-top: 35px> on the interval <strong>Let   on the interval   The absolute maximum of   on this interval is ​</strong> A)​   B)​   C)​   D)​e <div style=padding-top: 35px> The absolute maximum of <strong>Let   on the interval   The absolute maximum of   on this interval is ​</strong> A)​   B)​   C)​   D)​e <div style=padding-top: 35px> on this interval is ​

A)​ <strong>Let   on the interval   The absolute maximum of   on this interval is ​</strong> A)​   B)​   C)​   D)​e <div style=padding-top: 35px>
B)​ <strong>Let   on the interval   The absolute maximum of   on this interval is ​</strong> A)​   B)​   C)​   D)​e <div style=padding-top: 35px>
C)​ <strong>Let   on the interval   The absolute maximum of   on this interval is ​</strong> A)​   B)​   C)​   D)​e <div style=padding-top: 35px>
D)​e
سؤال
What are all values of x for which the series <strong>What are all values of x for which the series   converges? ​</strong> A)The series converges for   only. B)​   C)​   D)​   <div style=padding-top: 35px> converges? ​

A)The series converges for <strong>What are all values of x for which the series   converges? ​</strong> A)The series converges for   only. B)​   C)​   D)​   <div style=padding-top: 35px> only.
B)​ <strong>What are all values of x for which the series   converges? ​</strong> A)The series converges for   only. B)​   C)​   D)​   <div style=padding-top: 35px>
C)​ <strong>What are all values of x for which the series   converges? ​</strong> A)The series converges for   only. B)​   C)​   D)​   <div style=padding-top: 35px>
D)​ <strong>What are all values of x for which the series   converges? ​</strong> A)The series converges for   only. B)​   C)​   D)​   <div style=padding-top: 35px>
سؤال
​If <strong>​If   is a function which is increasing and concave down on the interval   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> is a function which is increasing and concave down on the interval <strong>​If   is a function which is increasing and concave down on the interval   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> ,then which of the following could be the graph of <strong>​If   is a function which is increasing and concave down on the interval   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> ? ​

A)​
<strong>​If   is a function which is increasing and concave down on the interval   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
B)​
<strong>​If   is a function which is increasing and concave down on the interval   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
C)​
<strong>​If   is a function which is increasing and concave down on the interval   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
D)​
<strong>​If   is a function which is increasing and concave down on the interval   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
سؤال
The tangent line to the curve <strong>The tangent line to the curve   at   intersects the x-axis at   ​</strong> A)​   B)​   C)​-2 D)​   <div style=padding-top: 35px> at <strong>The tangent line to the curve   at   intersects the x-axis at   ​</strong> A)​   B)​   C)​-2 D)​   <div style=padding-top: 35px> intersects the x-axis at <strong>The tangent line to the curve   at   intersects the x-axis at   ​</strong> A)​   B)​   C)​-2 D)​   <div style=padding-top: 35px>

A)​ <strong>The tangent line to the curve   at   intersects the x-axis at   ​</strong> A)​   B)​   C)​-2 D)​   <div style=padding-top: 35px>
B)​ <strong>The tangent line to the curve   at   intersects the x-axis at   ​</strong> A)​   B)​   C)​-2 D)​   <div style=padding-top: 35px>
C)​-2
D)​ <strong>The tangent line to the curve   at   intersects the x-axis at   ​</strong> A)​   B)​   C)​-2 D)​   <div style=padding-top: 35px>
سؤال
A particle moves in the xy-plane such that its velocity vector for time <strong>A particle moves in the xy-plane such that its velocity vector for time   is ,   .If the particle is at the point   when   ,then what is the position vector of the particle when   ? ​ ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> is , <strong>A particle moves in the xy-plane such that its velocity vector for time   is ,   .If the particle is at the point   when   ,then what is the position vector of the particle when   ? ​ ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> .If the particle is at the point <strong>A particle moves in the xy-plane such that its velocity vector for time   is ,   .If the particle is at the point   when   ,then what is the position vector of the particle when   ? ​ ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> when <strong>A particle moves in the xy-plane such that its velocity vector for time   is ,   .If the particle is at the point   when   ,then what is the position vector of the particle when   ? ​ ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> ,then what is the position vector of the particle when <strong>A particle moves in the xy-plane such that its velocity vector for time   is ,   .If the particle is at the point   when   ,then what is the position vector of the particle when   ? ​ ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> ? ​ ​

A)​ <strong>A particle moves in the xy-plane such that its velocity vector for time   is ,   .If the particle is at the point   when   ,then what is the position vector of the particle when   ? ​ ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
B)​ <strong>A particle moves in the xy-plane such that its velocity vector for time   is ,   .If the particle is at the point   when   ,then what is the position vector of the particle when   ? ​ ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
C)​ <strong>A particle moves in the xy-plane such that its velocity vector for time   is ,   .If the particle is at the point   when   ,then what is the position vector of the particle when   ? ​ ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
D)​ <strong>A particle moves in the xy-plane such that its velocity vector for time   is ,   .If the particle is at the point   when   ,then what is the position vector of the particle when   ? ​ ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
سؤال
​ A particle moves in the xy-plane for time <strong>​ A particle moves in the xy-plane for time   according to the parametric equations   and   .Which of the following statements about the particle are true? ​ I. The particle is moving to the right when   . II. The particle is moving upward when   . III. The particle is at rest when   ​</strong> A)​I only B)​I and II only C)​II and III only D)​I,II,and III <div style=padding-top: 35px> according to the parametric equations <strong>​ A particle moves in the xy-plane for time   according to the parametric equations   and   .Which of the following statements about the particle are true? ​ I. The particle is moving to the right when   . II. The particle is moving upward when   . III. The particle is at rest when   ​</strong> A)​I only B)​I and II only C)​II and III only D)​I,II,and III <div style=padding-top: 35px> and <strong>​ A particle moves in the xy-plane for time   according to the parametric equations   and   .Which of the following statements about the particle are true? ​ I. The particle is moving to the right when   . II. The particle is moving upward when   . III. The particle is at rest when   ​</strong> A)​I only B)​I and II only C)​II and III only D)​I,II,and III <div style=padding-top: 35px> .Which of the following statements about the particle are true? ​
I.
The particle is moving to the right when <strong>​ A particle moves in the xy-plane for time   according to the parametric equations   and   .Which of the following statements about the particle are true? ​ I. The particle is moving to the right when   . II. The particle is moving upward when   . III. The particle is at rest when   ​</strong> A)​I only B)​I and II only C)​II and III only D)​I,II,and III <div style=padding-top: 35px> .
II.
The particle is moving upward when <strong>​ A particle moves in the xy-plane for time   according to the parametric equations   and   .Which of the following statements about the particle are true? ​ I. The particle is moving to the right when   . II. The particle is moving upward when   . III. The particle is at rest when   ​</strong> A)​I only B)​I and II only C)​II and III only D)​I,II,and III <div style=padding-top: 35px> .
III.
The particle is at rest when <strong>​ A particle moves in the xy-plane for time   according to the parametric equations   and   .Which of the following statements about the particle are true? ​ I. The particle is moving to the right when   . II. The particle is moving upward when   . III. The particle is at rest when   ​</strong> A)​I only B)​I and II only C)​II and III only D)​I,II,and III <div style=padding-top: 35px>

A)​I only
B)​I and II only
C)​II and III only
D)​I,II,and III
سؤال
If <strong>If   ,then the slope of the tangent line to   at   is ​</strong> A)​-21 B)​0 C)​21 D)​undefined <div style=padding-top: 35px> ,then the slope of the tangent line to <strong>If   ,then the slope of the tangent line to   at   is ​</strong> A)​-21 B)​0 C)​21 D)​undefined <div style=padding-top: 35px> at <strong>If   ,then the slope of the tangent line to   at   is ​</strong> A)​-21 B)​0 C)​21 D)​undefined <div style=padding-top: 35px> is ​

A)​-21
B)​0
C)​21
D)​undefined
سؤال
​The Maclaurin series <strong>​The Maclaurin series   represents the function   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> represents the function <strong>​The Maclaurin series   represents the function   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>

A)​ <strong>​The Maclaurin series   represents the function   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
B)​ <strong>​The Maclaurin series   represents the function   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
C)​ <strong>​The Maclaurin series   represents the function   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
D)​ <strong>​The Maclaurin series   represents the function   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
سؤال
​ The first four terms of the Taylor expansion for <strong>​ The first four terms of the Taylor expansion for   about   are   .What is the value of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> about <strong>​ The first four terms of the Taylor expansion for   about   are   .What is the value of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> are <strong>​ The first four terms of the Taylor expansion for   about   are   .What is the value of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> .What is the value of <strong>​ The first four terms of the Taylor expansion for   about   are   .What is the value of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> ? ​

A)​ <strong>​ The first four terms of the Taylor expansion for   about   are   .What is the value of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
B)​ <strong>​ The first four terms of the Taylor expansion for   about   are   .What is the value of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
C)​ <strong>​ The first four terms of the Taylor expansion for   about   are   .What is the value of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
D)​ <strong>​ The first four terms of the Taylor expansion for   about   are   .What is the value of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
سؤال
Let <strong>Let   be the solution to the differential equation   .Using Euler's method,starting at the point   − with step size   ,what is the approximate value of   ? ​</strong> A)​8.75 B)​-0.75 C)​-2.25 D)​-1.5 <div style=padding-top: 35px> be the solution to the differential equation <strong>Let   be the solution to the differential equation   .Using Euler's method,starting at the point   − with step size   ,what is the approximate value of   ? ​</strong> A)​8.75 B)​-0.75 C)​-2.25 D)​-1.5 <div style=padding-top: 35px> .Using Euler's method,starting at the point <strong>Let   be the solution to the differential equation   .Using Euler's method,starting at the point   − with step size   ,what is the approximate value of   ? ​</strong> A)​8.75 B)​-0.75 C)​-2.25 D)​-1.5 <div style=padding-top: 35px> − with step size <strong>Let   be the solution to the differential equation   .Using Euler's method,starting at the point   − with step size   ,what is the approximate value of   ? ​</strong> A)​8.75 B)​-0.75 C)​-2.25 D)​-1.5 <div style=padding-top: 35px> ,what is the approximate value of <strong>Let   be the solution to the differential equation   .Using Euler's method,starting at the point   − with step size   ,what is the approximate value of   ? ​</strong> A)​8.75 B)​-0.75 C)​-2.25 D)​-1.5 <div style=padding-top: 35px> ? ​

A)​8.75
B)​-0.75
C)​-2.25
D)​-1.5
سؤال
If y is a function of x such that <strong>If y is a function of x such that   and   ,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> and <strong>If y is a function of x such that   and   ,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> ,then <strong>If y is a function of x such that   and   ,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>

A)​ <strong>If y is a function of x such that   and   ,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
B)​ <strong>If y is a function of x such that   and   ,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
C)​ <strong>If y is a function of x such that   and   ,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
D)​ <strong>If y is a function of x such that   and   ,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
سؤال
If <strong>If   ​,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> ​,then <strong>If   ​,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>

A)​ <strong>If   ​,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
B)​ <strong>If   ​,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
C)​ <strong>If   ​,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
D)​ <strong>If   ​,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
سؤال
If <strong>If   is a function defined on   such that   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> is a function defined on <strong>If   is a function defined on   such that   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> such that <strong>If   is a function defined on   such that   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> ,then which of the following could be the graph of <strong>If   is a function defined on   such that   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> ? ​

A)​
<strong>If   is a function defined on   such that   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
B)​
<strong>If   is a function defined on   such that   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
C)​
<strong>If   is a function defined on   such that   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
D)​
<strong>If   is a function defined on   such that   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
سؤال
​Find all values of x in the open interval ​Find all values of x in the open interval   such that   .<div style=padding-top: 35px> such that ​Find all values of x in the open interval   such that   .<div style=padding-top: 35px> .
سؤال
A particle moves in the xy-plane according to the parametric equations <strong>A particle moves in the xy-plane according to the parametric equations   and   for   .What is the average speed of the particle during the time interval   ? ​</strong> A)​7.187 B)​6.468 C)​7.906 D)​6.047 <div style=padding-top: 35px> and <strong>A particle moves in the xy-plane according to the parametric equations   and   for   .What is the average speed of the particle during the time interval   ? ​</strong> A)​7.187 B)​6.468 C)​7.906 D)​6.047 <div style=padding-top: 35px> for <strong>A particle moves in the xy-plane according to the parametric equations   and   for   .What is the average speed of the particle during the time interval   ? ​</strong> A)​7.187 B)​6.468 C)​7.906 D)​6.047 <div style=padding-top: 35px> .What is the average speed of the particle during the time interval <strong>A particle moves in the xy-plane according to the parametric equations   and   for   .What is the average speed of the particle during the time interval   ? ​</strong> A)​7.187 B)​6.468 C)​7.906 D)​6.047 <div style=padding-top: 35px> ? ​

A)​7.187
B)​6.468
C)​7.906
D)​6.047
سؤال
The vertical line The vertical line   divides region R into two regions with equal areas.Write,but do not solve,an equation involving integral expressions whose solution gives the value   .​<div style=padding-top: 35px> divides region R into two regions with equal areas.Write,but do not solve,an equation involving integral expressions whose solution gives the value The vertical line   divides region R into two regions with equal areas.Write,but do not solve,an equation involving integral expressions whose solution gives the value   .​<div style=padding-top: 35px> .​
سؤال
Which of the following gives the length of the curve <strong>Which of the following gives the length of the curve   over the closed interval   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> over the closed interval <strong>Which of the following gives the length of the curve   over the closed interval   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>

A)​ <strong>Which of the following gives the length of the curve   over the closed interval   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
B)​ <strong>Which of the following gives the length of the curve   over the closed interval   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
C)​ <strong>Which of the following gives the length of the curve   over the closed interval   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
D)​ <strong>Which of the following gives the length of the curve   over the closed interval   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
سؤال

Consider the function ​ Consider the function   defined on the closed interval whose endpoints are   and   . ​Find the absolute maximum of   on this interval.Justify your answer.Round your answer to 3 decimals.<div style=padding-top: 35px> defined on the closed interval whose endpoints are ​ Consider the function   defined on the closed interval whose endpoints are   and   . ​Find the absolute maximum of   on this interval.Justify your answer.Round your answer to 3 decimals.<div style=padding-top: 35px> and ​ Consider the function   defined on the closed interval whose endpoints are   and   . ​Find the absolute maximum of   on this interval.Justify your answer.Round your answer to 3 decimals.<div style=padding-top: 35px> .
​Find the absolute maximum of ​ Consider the function   defined on the closed interval whose endpoints are   and   . ​Find the absolute maximum of   on this interval.Justify your answer.Round your answer to 3 decimals.<div style=padding-top: 35px> on this interval.Justify your answer.Round your answer to 3 decimals.
سؤال
​How much water is in Tank 1 after 21 hours? Justify your answer.Round your answer to 3 decimal places.
سؤال
​What is the area enclosed by the lemniscate <strong>​What is the area enclosed by the lemniscate   ? ​</strong> A)​50 B)​   C)​   D)​25 <div style=padding-top: 35px> ? ​

A)​50
B)​ <strong>​What is the area enclosed by the lemniscate   ? ​</strong> A)​50 B)​   C)​   D)​25 <div style=padding-top: 35px>
C)​ <strong>​What is the area enclosed by the lemniscate   ? ​</strong> A)​50 B)​   C)​   D)​25 <div style=padding-top: 35px>
D)​25
سؤال
If <strong>If   and   ,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> and <strong>If   and   ,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> ,then <strong>If   and   ,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>

A)​ <strong>If   and   ,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
B)​ <strong>If   and   ,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
C)​ <strong>If   and   ,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
D)​ <strong>If   and   ,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
سؤال
Oil is pumped continuously from a certain oil well at a rate modeled by the function <strong>Oil is pumped continuously from a certain oil well at a rate modeled by the function   .Let t be the number of days for a 25-day period and let   be measured in barrels per day.To the nearest barrel,according to the model,how much oil will be pumped from the well from the 11th day to the 22nd day? ​</strong> A)​-33,275 B)​45,829 C)​21,629 D)​52,907 <div style=padding-top: 35px> .Let t be the number of days for a 25-day period and let <strong>Oil is pumped continuously from a certain oil well at a rate modeled by the function   .Let t be the number of days for a 25-day period and let   be measured in barrels per day.To the nearest barrel,according to the model,how much oil will be pumped from the well from the 11th day to the 22nd day? ​</strong> A)​-33,275 B)​45,829 C)​21,629 D)​52,907 <div style=padding-top: 35px> be measured in barrels per day.To the nearest barrel,according to the model,how much oil will be pumped from the well from the 11th day to the 22nd day? ​

A)​-33,275
B)​45,829
C)​21,629
D)​52,907
سؤال
​ A particle moves along the x-axis so that its acceleration is <strong>​ A particle moves along the x-axis so that its acceleration is   for   .If the initial velocity of the particle is 12,then what is the average velocity of the particle during the time interval   ? ​</strong> A)​36.955 B)​35.045 C)​61.045 D)​37.045 <div style=padding-top: 35px> for <strong>​ A particle moves along the x-axis so that its acceleration is   for   .If the initial velocity of the particle is 12,then what is the average velocity of the particle during the time interval   ? ​</strong> A)​36.955 B)​35.045 C)​61.045 D)​37.045 <div style=padding-top: 35px> .If the initial velocity of the particle is 12,then what is the average velocity of the particle during the time interval <strong>​ A particle moves along the x-axis so that its acceleration is   for   .If the initial velocity of the particle is 12,then what is the average velocity of the particle during the time interval   ? ​</strong> A)​36.955 B)​35.045 C)​61.045 D)​37.045 <div style=padding-top: 35px> ? ​

A)​36.955
B)​35.045
C)​61.045
D)​37.045
سؤال
​You may use a calculator for any problem in this section. ​You may use a calculator for any problem in this section.   ​ ​Let R be the region enclosed by the graph of   and the horizontal line   ,as shown in the figure above. ​Find the volume of the solid generated when R is rotated about the line   .Round your answer to 3 decimal places. ​<div style=padding-top: 35px>
​Let R be the region enclosed by the graph of ​You may use a calculator for any problem in this section.   ​ ​Let R be the region enclosed by the graph of   and the horizontal line   ,as shown in the figure above. ​Find the volume of the solid generated when R is rotated about the line   .Round your answer to 3 decimal places. ​<div style=padding-top: 35px> and the horizontal line ​You may use a calculator for any problem in this section.   ​ ​Let R be the region enclosed by the graph of   and the horizontal line   ,as shown in the figure above. ​Find the volume of the solid generated when R is rotated about the line   .Round your answer to 3 decimal places. ​<div style=padding-top: 35px> ,as shown in the figure above.
​Find the volume of the solid generated when R is rotated about the line ​You may use a calculator for any problem in this section.   ​ ​Let R be the region enclosed by the graph of   and the horizontal line   ,as shown in the figure above. ​Find the volume of the solid generated when R is rotated about the line   .Round your answer to 3 decimal places. ​<div style=padding-top: 35px> .Round your answer to 3 decimal places.
سؤال
​What is the average rate at which water flows into Tank 2 for the entire 19-hour period? Justify your answer.Round your answer to 3 decimal places.
سؤال
​A particle moves along the x-axis such that its velocity is given by <strong>​A particle moves along the x-axis such that its velocity is given by   for time   .If the particle has position 15 when   ,then what is its position when it comes to rest for the first time? ​</strong> A)​14.889 B)​14.188 C)​16.094 D)​14.594 <div style=padding-top: 35px> for time <strong>​A particle moves along the x-axis such that its velocity is given by   for time   .If the particle has position 15 when   ,then what is its position when it comes to rest for the first time? ​</strong> A)​14.889 B)​14.188 C)​16.094 D)​14.594 <div style=padding-top: 35px> .If the particle has position 15 when <strong>​A particle moves along the x-axis such that its velocity is given by   for time   .If the particle has position 15 when   ,then what is its position when it comes to rest for the first time? ​</strong> A)​14.889 B)​14.188 C)​16.094 D)​14.594 <div style=padding-top: 35px> ,then what is its position when it comes to rest for the first time? ​

A)​14.889
B)​14.188
C)​16.094
D)​14.594
سؤال
You may use a calculator for any problem in this section. You may use a calculator for any problem in this section.   ​ ​The rate that water flows into two identical tanks during a 24-hour period is given by the models below.Both   and   are measured in gallons per hour for   hours,and both tanks are empty at time t = 0. Tank 1: The graph of   consists of the line segments indicated in the figure. Tank 2:   ​ ​What is the value of   ? What is the value of   ? Give units for both answers.Round your answer to 3 decimal places. ​   ___________ ​   ___________<div style=padding-top: 35px>
​The rate that water flows into two identical tanks during a 24-hour period is given by the models below.Both You may use a calculator for any problem in this section.   ​ ​The rate that water flows into two identical tanks during a 24-hour period is given by the models below.Both   and   are measured in gallons per hour for   hours,and both tanks are empty at time t = 0. Tank 1: The graph of   consists of the line segments indicated in the figure. Tank 2:   ​ ​What is the value of   ? What is the value of   ? Give units for both answers.Round your answer to 3 decimal places. ​   ___________ ​   ___________<div style=padding-top: 35px> and You may use a calculator for any problem in this section.   ​ ​The rate that water flows into two identical tanks during a 24-hour period is given by the models below.Both   and   are measured in gallons per hour for   hours,and both tanks are empty at time t = 0. Tank 1: The graph of   consists of the line segments indicated in the figure. Tank 2:   ​ ​What is the value of   ? What is the value of   ? Give units for both answers.Round your answer to 3 decimal places. ​   ___________ ​   ___________<div style=padding-top: 35px> are measured in gallons per hour for You may use a calculator for any problem in this section.   ​ ​The rate that water flows into two identical tanks during a 24-hour period is given by the models below.Both   and   are measured in gallons per hour for   hours,and both tanks are empty at time t = 0. Tank 1: The graph of   consists of the line segments indicated in the figure. Tank 2:   ​ ​What is the value of   ? What is the value of   ? Give units for both answers.Round your answer to 3 decimal places. ​   ___________ ​   ___________<div style=padding-top: 35px> hours,and both tanks are empty at time t = 0.
Tank 1: The graph of You may use a calculator for any problem in this section.   ​ ​The rate that water flows into two identical tanks during a 24-hour period is given by the models below.Both   and   are measured in gallons per hour for   hours,and both tanks are empty at time t = 0. Tank 1: The graph of   consists of the line segments indicated in the figure. Tank 2:   ​ ​What is the value of   ? What is the value of   ? Give units for both answers.Round your answer to 3 decimal places. ​   ___________ ​   ___________<div style=padding-top: 35px> consists of the line segments indicated in the figure.
Tank 2: You may use a calculator for any problem in this section.   ​ ​The rate that water flows into two identical tanks during a 24-hour period is given by the models below.Both   and   are measured in gallons per hour for   hours,and both tanks are empty at time t = 0. Tank 1: The graph of   consists of the line segments indicated in the figure. Tank 2:   ​ ​What is the value of   ? What is the value of   ? Give units for both answers.Round your answer to 3 decimal places. ​   ___________ ​   ___________<div style=padding-top: 35px>
​What is the value of You may use a calculator for any problem in this section.   ​ ​The rate that water flows into two identical tanks during a 24-hour period is given by the models below.Both   and   are measured in gallons per hour for   hours,and both tanks are empty at time t = 0. Tank 1: The graph of   consists of the line segments indicated in the figure. Tank 2:   ​ ​What is the value of   ? What is the value of   ? Give units for both answers.Round your answer to 3 decimal places. ​   ___________ ​   ___________<div style=padding-top: 35px> ? What is the value of You may use a calculator for any problem in this section.   ​ ​The rate that water flows into two identical tanks during a 24-hour period is given by the models below.Both   and   are measured in gallons per hour for   hours,and both tanks are empty at time t = 0. Tank 1: The graph of   consists of the line segments indicated in the figure. Tank 2:   ​ ​What is the value of   ? What is the value of   ? Give units for both answers.Round your answer to 3 decimal places. ​   ___________ ​   ___________<div style=padding-top: 35px> ? Give units for both answers.Round your answer to 3 decimal places.
You may use a calculator for any problem in this section.   ​ ​The rate that water flows into two identical tanks during a 24-hour period is given by the models below.Both   and   are measured in gallons per hour for   hours,and both tanks are empty at time t = 0. Tank 1: The graph of   consists of the line segments indicated in the figure. Tank 2:   ​ ​What is the value of   ? What is the value of   ? Give units for both answers.Round your answer to 3 decimal places. ​   ___________ ​   ___________<div style=padding-top: 35px> ___________
You may use a calculator for any problem in this section.   ​ ​The rate that water flows into two identical tanks during a 24-hour period is given by the models below.Both   and   are measured in gallons per hour for   hours,and both tanks are empty at time t = 0. Tank 1: The graph of   consists of the line segments indicated in the figure. Tank 2:   ​ ​What is the value of   ? What is the value of   ? Give units for both answers.Round your answer to 3 decimal places. ​   ___________ ​   ___________<div style=padding-top: 35px> ___________
سؤال
​What is the value of <strong>​What is the value of   . ​</strong> A)   B)​   C)​   D)​Does not exist <div style=padding-top: 35px> . ​

A) <strong>​What is the value of   . ​</strong> A)   B)​   C)​   D)​Does not exist <div style=padding-top: 35px>
B)​ <strong>​What is the value of   . ​</strong> A)   B)​   C)​   D)​Does not exist <div style=padding-top: 35px>
C)​ <strong>​What is the value of   . ​</strong> A)   B)​   C)​   D)​Does not exist <div style=padding-top: 35px>
D)​Does not exist
سؤال
​ Let <strong>​ Let   .If   represents the nth derivative of   ,then what is   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> .If <strong>​ Let   .If   represents the nth derivative of   ,then what is   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> represents the nth derivative of <strong>​ Let   .If   represents the nth derivative of   ,then what is   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> ,then what is <strong>​ Let   .If   represents the nth derivative of   ,then what is   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> ? ​

A)​ <strong>​ Let   .If   represents the nth derivative of   ,then what is   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
B)​ <strong>​ Let   .If   represents the nth derivative of   ,then what is   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
C)​ <strong>​ Let   .If   represents the nth derivative of   ,then what is   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
D)​ <strong>​ Let   .If   represents the nth derivative of   ,then what is   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
سؤال
For the function <strong>For the function   ,   .If   is the inverse of   ,what is the slope of the tangent to   at the point   ? ​</strong> A)​0.276 B)​0.226 C)​0.251 D)​0.211 <div style=padding-top: 35px> , <strong>For the function   ,   .If   is the inverse of   ,what is the slope of the tangent to   at the point   ? ​</strong> A)​0.276 B)​0.226 C)​0.251 D)​0.211 <div style=padding-top: 35px> .If <strong>For the function   ,   .If   is the inverse of   ,what is the slope of the tangent to   at the point   ? ​</strong> A)​0.276 B)​0.226 C)​0.251 D)​0.211 <div style=padding-top: 35px> is the inverse of <strong>For the function   ,   .If   is the inverse of   ,what is the slope of the tangent to   at the point   ? ​</strong> A)​0.276 B)​0.226 C)​0.251 D)​0.211 <div style=padding-top: 35px> ,what is the slope of the tangent to <strong>For the function   ,   .If   is the inverse of   ,what is the slope of the tangent to   at the point   ? ​</strong> A)​0.276 B)​0.226 C)​0.251 D)​0.211 <div style=padding-top: 35px> at the point <strong>For the function   ,   .If   is the inverse of   ,what is the slope of the tangent to   at the point   ? ​</strong> A)​0.276 B)​0.226 C)​0.251 D)​0.211 <div style=padding-top: 35px> ? ​

A)​0.276
B)​0.226
C)​0.251
D)​0.211
سؤال
​During the 24-hour period,is there ever a time other than ​During the 24-hour period,is there ever a time other than   when the amount of water in the two tanks is the same? If yes,find all such values of   .If no,explain why not.If needed,round your answer to 3 decimal places.<div style=padding-top: 35px> when the amount of water in the two tanks is the same? If yes,find all such values of ​During the 24-hour period,is there ever a time other than   when the amount of water in the two tanks is the same? If yes,find all such values of   .If no,explain why not.If needed,round your answer to 3 decimal places.<div style=padding-top: 35px> .If no,explain why not.If needed,round your answer to 3 decimal places.
سؤال
​Region R is the base of a solid.For this solid,each cross section perpendicular to the x-axis is a rectangle whose height is twice as long as the length in R.Find the volume of the solid.Round your answer to 3 decimal.
سؤال
​The graph of <strong>​The graph of   is pictured below.Which of the following statements about   are true? ​   ​ i.A left endpoint approximation is greater than   .II.A right endpoint approximation is less than   .III.A trapezoidal approximation is less than   ​</strong> A)​None are true B)​III only C)​I and III only D)​I,II,and III <div style=padding-top: 35px> is pictured below.Which of the following statements about <strong>​The graph of   is pictured below.Which of the following statements about   are true? ​   ​ i.A left endpoint approximation is greater than   .II.A right endpoint approximation is less than   .III.A trapezoidal approximation is less than   ​</strong> A)​None are true B)​III only C)​I and III only D)​I,II,and III <div style=padding-top: 35px> are true? ​ <strong>​The graph of   is pictured below.Which of the following statements about   are true? ​   ​ i.A left endpoint approximation is greater than   .II.A right endpoint approximation is less than   .III.A trapezoidal approximation is less than   ​</strong> A)​None are true B)​III only C)​I and III only D)​I,II,and III <div style=padding-top: 35px>
i.A left endpoint approximation is greater than <strong>​The graph of   is pictured below.Which of the following statements about   are true? ​   ​ i.A left endpoint approximation is greater than   .II.A right endpoint approximation is less than   .III.A trapezoidal approximation is less than   ​</strong> A)​None are true B)​III only C)​I and III only D)​I,II,and III <div style=padding-top: 35px> .II.A right endpoint approximation is less than <strong>​The graph of   is pictured below.Which of the following statements about   are true? ​   ​ i.A left endpoint approximation is greater than   .II.A right endpoint approximation is less than   .III.A trapezoidal approximation is less than   ​</strong> A)​None are true B)​III only C)​I and III only D)​I,II,and III <div style=padding-top: 35px> .III.A trapezoidal approximation is less than <strong>​The graph of   is pictured below.Which of the following statements about   are true? ​   ​ i.A left endpoint approximation is greater than   .II.A right endpoint approximation is less than   .III.A trapezoidal approximation is less than   ​</strong> A)​None are true B)​III only C)​I and III only D)​I,II,and III <div style=padding-top: 35px>

A)​None are true
B)​III only
C)​I and III only
D)​I,II,and III
سؤال

Let ​ Let   . ​Find all values of   for which   converges.<div style=padding-top: 35px> .
​Find all values of ​ Let   . ​Find all values of   for which   converges.<div style=padding-top: 35px> for which ​ Let   . ​Find all values of   for which   converges.<div style=padding-top: 35px> converges.
سؤال
​The equation of the tangent line to the function <strong>​The equation of the tangent line to the function   at   is ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> at <strong>​The equation of the tangent line to the function   at   is ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> is ​

A)​ <strong>​The equation of the tangent line to the function   at   is ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
B)​ <strong>​The equation of the tangent line to the function   at   is ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
C)​ <strong>​The equation of the tangent line to the function   at   is ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
D)​ <strong>​The equation of the tangent line to the function   at   is ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
سؤال
​Use the values to sketch a slope field for <strong>​Use the values to sketch a slope field for   on the axes provided. ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> on the axes provided. ​

A)​
<strong>​Use the values to sketch a slope field for   on the axes provided. ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
B)​
<strong>​Use the values to sketch a slope field for   on the axes provided. ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
C)​
<strong>​Use the values to sketch a slope field for   on the axes provided. ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
D)​
<strong>​Use the values to sketch a slope field for   on the axes provided. ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
سؤال
​Use the first three terms of ​Use the first three terms of   to estimate the value of   .Round your answer to 3 decimal places.<div style=padding-top: 35px> to estimate the value of ​Use the first three terms of   to estimate the value of   .Round your answer to 3 decimal places.<div style=padding-top: 35px> .Round your answer to 3 decimal places.
سؤال
​​A particle moves in the xy-plane with position for all real values of ​​A particle moves in the xy-plane with position for all real values of   given by the parametric equations   and   . ​Give the coordinates of the velocity vector for any time   .<div style=padding-top: 35px> given by the parametric equations ​​A particle moves in the xy-plane with position for all real values of   given by the parametric equations   and   . ​Give the coordinates of the velocity vector for any time   .<div style=padding-top: 35px> and ​​A particle moves in the xy-plane with position for all real values of   given by the parametric equations   and   . ​Give the coordinates of the velocity vector for any time   .<div style=padding-top: 35px> .
​Give the coordinates of the velocity vector for any time ​​A particle moves in the xy-plane with position for all real values of   given by the parametric equations   and   . ​Give the coordinates of the velocity vector for any time   .<div style=padding-top: 35px> .
سؤال
​Consider the differential equation <strong>​Consider the differential equation   ,where   is the solution to the equation and   .Using Euler's method starting at   with step size   ,what is the approximation for   ? ​</strong> A)​-3.5 B)-3 C)​-2.5 D)-2 <div style=padding-top: 35px> ,where <strong>​Consider the differential equation   ,where   is the solution to the equation and   .Using Euler's method starting at   with step size   ,what is the approximation for   ? ​</strong> A)​-3.5 B)-3 C)​-2.5 D)-2 <div style=padding-top: 35px> is the solution to the equation and <strong>​Consider the differential equation   ,where   is the solution to the equation and   .Using Euler's method starting at   with step size   ,what is the approximation for   ? ​</strong> A)​-3.5 B)-3 C)​-2.5 D)-2 <div style=padding-top: 35px> .Using Euler's method starting at <strong>​Consider the differential equation   ,where   is the solution to the equation and   .Using Euler's method starting at   with step size   ,what is the approximation for   ? ​</strong> A)​-3.5 B)-3 C)​-2.5 D)-2 <div style=padding-top: 35px> with step size <strong>​Consider the differential equation   ,where   is the solution to the equation and   .Using Euler's method starting at   with step size   ,what is the approximation for   ? ​</strong> A)​-3.5 B)-3 C)​-2.5 D)-2 <div style=padding-top: 35px> ,what is the approximation for <strong>​Consider the differential equation   ,where   is the solution to the equation and   .Using Euler's method starting at   with step size   ,what is the approximation for   ? ​</strong> A)​-3.5 B)-3 C)​-2.5 D)-2 <div style=padding-top: 35px> ? ​

A)​-3.5
B)-3
C)​-2.5
D)-2
سؤال
Give the coordinates of the acceleration vector at a time when the particle is at rest.​
سؤال
​Is the particle moving to the left or right when <strong>​Is the particle moving to the left or right when   ? Is the particle moving up or down when   ? ​</strong> A)​left and up​ B)​left and down C)​right and up D)right and down <div style=padding-top: 35px> ? Is the particle moving up or down when <strong>​Is the particle moving to the left or right when   ? Is the particle moving up or down when   ? ​</strong> A)​left and up​ B)​left and down C)​right and up D)right and down <div style=padding-top: 35px> ? ​

A)​left and up​
B)​left and down
C)​right and up
D)right and down
سؤال
​Determine the point(s)of inflection for ​Determine the point(s)of inflection for   .<div style=padding-top: 35px> .
سؤال
​How fast is the particle moving when its horizontal position is
سؤال
​Evaluate <strong>​Evaluate   . ​</strong> A)​0 B)​1 C)​2e D)​∞ <div style=padding-top: 35px> . ​

A)​0
B)​1
C)​2e
D)​∞
سؤال
​The position vector for a particle moving in the <strong>​The position vector for a particle moving in the   -plane for   is 1st The slope of the tangent line to the path of the particle at   is ​</strong> A)​   B)​   C)​   D)​162.5 <div style=padding-top: 35px> -plane for <strong>​The position vector for a particle moving in the   -plane for   is 1st The slope of the tangent line to the path of the particle at   is ​</strong> A)​   B)​   C)​   D)​162.5 <div style=padding-top: 35px> is 1st The slope of the tangent line to the path of the particle at <strong>​The position vector for a particle moving in the   -plane for   is 1st The slope of the tangent line to the path of the particle at   is ​</strong> A)​   B)​   C)​   D)​162.5 <div style=padding-top: 35px> is ​

A)​ <strong>​The position vector for a particle moving in the   -plane for   is 1st The slope of the tangent line to the path of the particle at   is ​</strong> A)​   B)​   C)​   D)​162.5 <div style=padding-top: 35px>
B)​ <strong>​The position vector for a particle moving in the   -plane for   is 1st The slope of the tangent line to the path of the particle at   is ​</strong> A)​   B)​   C)​   D)​162.5 <div style=padding-top: 35px>
C)​ <strong>​The position vector for a particle moving in the   -plane for   is 1st The slope of the tangent line to the path of the particle at   is ​</strong> A)​   B)​   C)​   D)​162.5 <div style=padding-top: 35px>
D)​162.5
سؤال
​If <strong>​If   ,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> ,then <strong>​If   ,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>

A)​ <strong>​If   ,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
B)​ <strong>​If   ,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
C)​ <strong>​If   ,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
D)​ <strong>​If   ,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
سؤال
​What is the slope of the path of the particle when ​What is the slope of the path of the particle when   ?<div style=padding-top: 35px> ?
سؤال
​Show that ​Show that   is a solution to the differential equation   .<div style=padding-top: 35px> is a solution to the differential equation ​Show that   is a solution to the differential equation   .<div style=padding-top: 35px> .
سؤال
​Find the particular solution ​Find the particular solution   .<div style=padding-top: 35px> .
سؤال
​Find the limit <strong>​Find the limit   . ​</strong> A)​0 B)​   C)​   D)​∞ <div style=padding-top: 35px> . ​

A)​0
B)​ <strong>​Find the limit   . ​</strong> A)​0 B)​   C)​   D)​∞ <div style=padding-top: 35px>
C)​ <strong>​Find the limit   . ​</strong> A)​0 B)​   C)​   D)​∞ <div style=padding-top: 35px>
D)​∞
سؤال
​Using Euler's method starting at ​Using Euler's method starting at   with step size   ,estimate the value of   . ​<div style=padding-top: 35px> with step size ​Using Euler's method starting at   with step size   ,estimate the value of   . ​<div style=padding-top: 35px> ,estimate the value of ​Using Euler's method starting at   with step size   ,estimate the value of   . ​<div style=padding-top: 35px> .
سؤال
​If <strong>​If   is a function such that   is increasing for   and   is decreasing for   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> is a function such that <strong>​If   is a function such that   is increasing for   and   is decreasing for   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> is increasing for <strong>​If   is a function such that   is increasing for   and   is decreasing for   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> and <strong>​If   is a function such that   is increasing for   and   is decreasing for   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> is decreasing for <strong>​If   is a function such that   is increasing for   and   is decreasing for   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> ,then which of the following could be the graph of <strong>​If   is a function such that   is increasing for   and   is decreasing for   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> ? ​

A)​
<strong>​If   is a function such that   is increasing for   and   is decreasing for   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
B)​
<strong>​If   is a function such that   is increasing for   and   is decreasing for   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
C)​
<strong>​If   is a function such that   is increasing for   and   is decreasing for   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
D)​
<strong>​If   is a function such that   is increasing for   and   is decreasing for   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
سؤال
​Which of the following series converge? ​
i. <strong>​Which of the following series converge? ​ i.   II.   III.   ​</strong> A)​I only B)​I and II C)​I and III D)​I,II,and III <div style=padding-top: 35px> II. <strong>​Which of the following series converge? ​ i.   II.   III.   ​</strong> A)​I only B)​I and II C)​I and III D)​I,II,and III <div style=padding-top: 35px> III. <strong>​Which of the following series converge? ​ i.   II.   III.   ​</strong> A)​I only B)​I and II C)​I and III D)​I,II,and III <div style=padding-top: 35px>

A)​I only
B)​I and II
C)​I and III
D)​I,II,and III
سؤال
​If <strong>​If   and   ,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> and <strong>​If   and   ,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> ,then <strong>​If   and   ,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>

A)​ <strong>​If   and   ,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
B)​ <strong>​If   and   ,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
C)​ <strong>​If   and   ,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
D)​ <strong>​If   and   ,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
سؤال
​The acceleration vector of a particle moving in the <strong>​The acceleration vector of a particle moving in the   -plane is   ,for   .If the velocity vector at   is   ,then how fast is the particle moving when   ? ​</strong> A)​5 B)​6 C)​   D)​   <div style=padding-top: 35px> -plane is <strong>​The acceleration vector of a particle moving in the   -plane is   ,for   .If the velocity vector at   is   ,then how fast is the particle moving when   ? ​</strong> A)​5 B)​6 C)​   D)​   <div style=padding-top: 35px> ,for <strong>​The acceleration vector of a particle moving in the   -plane is   ,for   .If the velocity vector at   is   ,then how fast is the particle moving when   ? ​</strong> A)​5 B)​6 C)​   D)​   <div style=padding-top: 35px> .If the velocity vector at <strong>​The acceleration vector of a particle moving in the   -plane is   ,for   .If the velocity vector at   is   ,then how fast is the particle moving when   ? ​</strong> A)​5 B)​6 C)​   D)​   <div style=padding-top: 35px> is <strong>​The acceleration vector of a particle moving in the   -plane is   ,for   .If the velocity vector at   is   ,then how fast is the particle moving when   ? ​</strong> A)​5 B)​6 C)​   D)​   <div style=padding-top: 35px> ,then how fast is the particle moving when <strong>​The acceleration vector of a particle moving in the   -plane is   ,for   .If the velocity vector at   is   ,then how fast is the particle moving when   ? ​</strong> A)​5 B)​6 C)​   D)​   <div style=padding-top: 35px> ? ​

A)​5
B)​6
C)​ <strong>​The acceleration vector of a particle moving in the   -plane is   ,for   .If the velocity vector at   is   ,then how fast is the particle moving when   ? ​</strong> A)​5 B)​6 C)​   D)​   <div style=padding-top: 35px>
D)​ <strong>​The acceleration vector of a particle moving in the   -plane is   ,for   .If the velocity vector at   is   ,then how fast is the particle moving when   ? ​</strong> A)​5 B)​6 C)​   D)​   <div style=padding-top: 35px>
سؤال
​The graph of <strong>​The graph of   has inflection points at   ​</strong> A)​-   and   only. B)​0 and   only. C)​​0 and   only. D)​​-   ,0 and   . <div style=padding-top: 35px> has inflection points at <strong>​The graph of   has inflection points at   ​</strong> A)​-   and   only. B)​0 and   only. C)​​0 and   only. D)​​-   ,0 and   . <div style=padding-top: 35px>

A)​- <strong>​The graph of   has inflection points at   ​</strong> A)​-   and   only. B)​0 and   only. C)​​0 and   only. D)​​-   ,0 and   . <div style=padding-top: 35px> and
<strong>​The graph of   has inflection points at   ​</strong> A)​-   and   only. B)​0 and   only. C)​​0 and   only. D)​​-   ,0 and   . <div style=padding-top: 35px> only.
B)​0 and <strong>​The graph of   has inflection points at   ​</strong> A)​-   and   only. B)​0 and   only. C)​​0 and   only. D)​​-   ,0 and   . <div style=padding-top: 35px> only.
C)​​0 and <strong>​The graph of   has inflection points at   ​</strong> A)​-   and   only. B)​0 and   only. C)​​0 and   only. D)​​-   ,0 and   . <div style=padding-top: 35px> only.
D)​​- <strong>​The graph of   has inflection points at   ​</strong> A)​-   and   only. B)​0 and   only. C)​​0 and   only. D)​​-   ,0 and   . <div style=padding-top: 35px> ,0 and
<strong>​The graph of   has inflection points at   ​</strong> A)​-   and   only. B)​0 and   only. C)​​0 and   only. D)​​-   ,0 and   . <div style=padding-top: 35px> .
سؤال
​If <strong>​If   ,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> ,then <strong>​If   ,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>

A)​ <strong>​If   ,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
B)​ <strong>​If   ,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
C)​ <strong>​If   ,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
D)​ <strong>​If   ,then   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
سؤال
​What are all the values of <strong>​What are all the values of   for which the series   converges? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> for which the series <strong>​What are all the values of   for which the series   converges? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> converges? ​

A)​ <strong>​What are all the values of   for which the series   converges? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
B)​ <strong>​What are all the values of   for which the series   converges? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
C)​ <strong>​What are all the values of   for which the series   converges? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
D)​ <strong>​What are all the values of   for which the series   converges? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
سؤال
​The graph of <strong>​The graph of   below,consisting of a pair of line segments,is pictured below. ​   ​ If   ,then   ​</strong> A)​3 B)​4 C)​4.5 D)​5.5 <div style=padding-top: 35px> below,consisting of a pair of line segments,is pictured below. ​ <strong>​The graph of   below,consisting of a pair of line segments,is pictured below. ​   ​ If   ,then   ​</strong> A)​3 B)​4 C)​4.5 D)​5.5 <div style=padding-top: 35px>
If <strong>​The graph of   below,consisting of a pair of line segments,is pictured below. ​   ​ If   ,then   ​</strong> A)​3 B)​4 C)​4.5 D)​5.5 <div style=padding-top: 35px> ,then <strong>​The graph of   below,consisting of a pair of line segments,is pictured below. ​   ​ If   ,then   ​</strong> A)​3 B)​4 C)​4.5 D)​5.5 <div style=padding-top: 35px>

A)​3
B)​4
C)​4.5
D)​5.5
سؤال
<strong>​   ​ Let   ,where   is pictured above. ​ ​What is the domain of   ? ​</strong> A)​All real numbers except -1 and 5 B)​   C)​   D)​   <div style=padding-top: 35px>
Let <strong>​   ​ Let   ,where   is pictured above. ​ ​What is the domain of   ? ​</strong> A)​All real numbers except -1 and 5 B)​   C)​   D)​   <div style=padding-top: 35px> ,where <strong>​   ​ Let   ,where   is pictured above. ​ ​What is the domain of   ? ​</strong> A)​All real numbers except -1 and 5 B)​   C)​   D)​   <div style=padding-top: 35px> is pictured above.

​What is the domain of <strong>​   ​ Let   ,where   is pictured above. ​ ​What is the domain of   ? ​</strong> A)​All real numbers except -1 and 5 B)​   C)​   D)​   <div style=padding-top: 35px> ? ​

A)​All real numbers except -1 and 5
B)​ <strong>​   ​ Let   ,where   is pictured above. ​ ​What is the domain of   ? ​</strong> A)​All real numbers except -1 and 5 B)​   C)​   D)​   <div style=padding-top: 35px>
C)​ <strong>​   ​ Let   ,where   is pictured above. ​ ​What is the domain of   ? ​</strong> A)​All real numbers except -1 and 5 B)​   C)​   D)​   <div style=padding-top: 35px>
D)​ <strong>​   ​ Let   ,where   is pictured above. ​ ​What is the domain of   ? ​</strong> A)​All real numbers except -1 and 5 B)​   C)​   D)​   <div style=padding-top: 35px>
سؤال
​The volume of the solid generated by revolving the region enclosed between the graph of <strong>​The volume of the solid generated by revolving the region enclosed between the graph of   and the lines   and   about the   -axis is given by which integral expression? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> and the lines <strong>​The volume of the solid generated by revolving the region enclosed between the graph of   and the lines   and   about the   -axis is given by which integral expression? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> and <strong>​The volume of the solid generated by revolving the region enclosed between the graph of   and the lines   and   about the   -axis is given by which integral expression? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> about the <strong>​The volume of the solid generated by revolving the region enclosed between the graph of   and the lines   and   about the   -axis is given by which integral expression? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> -axis is given by which integral expression? ​

A)​ <strong>​The volume of the solid generated by revolving the region enclosed between the graph of   and the lines   and   about the   -axis is given by which integral expression? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
B)​ <strong>​The volume of the solid generated by revolving the region enclosed between the graph of   and the lines   and   about the   -axis is given by which integral expression? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
C)​ <strong>​The volume of the solid generated by revolving the region enclosed between the graph of   and the lines   and   about the   -axis is given by which integral expression? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
D)​ <strong>​The volume of the solid generated by revolving the region enclosed between the graph of   and the lines   and   about the   -axis is given by which integral expression? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
سؤال
​The area enclosed by the polar curve <strong>​The area enclosed by the polar curve   in the interval   is ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> in the interval <strong>​The area enclosed by the polar curve   in the interval   is ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> is ​

A)​ <strong>​The area enclosed by the polar curve   in the interval   is ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
B)​ <strong>​The area enclosed by the polar curve   in the interval   is ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
C)​ <strong>​The area enclosed by the polar curve   in the interval   is ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
D)​ <strong>​The area enclosed by the polar curve   in the interval   is ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
سؤال
​A particle moves in the <strong>​A particle moves in the   -plane according to the parametric equations   and   .An expression for the length of the path of the particle from   to   is ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> -plane according to the parametric equations <strong>​A particle moves in the   -plane according to the parametric equations   and   .An expression for the length of the path of the particle from   to   is ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> and <strong>​A particle moves in the   -plane according to the parametric equations   and   .An expression for the length of the path of the particle from   to   is ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> .An expression for the length of the path of the particle from <strong>​A particle moves in the   -plane according to the parametric equations   and   .An expression for the length of the path of the particle from   to   is ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> to <strong>​A particle moves in the   -plane according to the parametric equations   and   .An expression for the length of the path of the particle from   to   is ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> is ​

A)​ <strong>​A particle moves in the   -plane according to the parametric equations   and   .An expression for the length of the path of the particle from   to   is ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
B)​ <strong>​A particle moves in the   -plane according to the parametric equations   and   .An expression for the length of the path of the particle from   to   is ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
C)​ <strong>​A particle moves in the   -plane according to the parametric equations   and   .An expression for the length of the path of the particle from   to   is ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
D)​ <strong>​A particle moves in the   -plane according to the parametric equations   and   .An expression for the length of the path of the particle from   to   is ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
سؤال
​The general solution to the differential equation <strong>​The general solution to the differential equation   is   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> is <strong>​The general solution to the differential equation   is   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>

A)​ <strong>​The general solution to the differential equation   is   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
B)​ <strong>​The general solution to the differential equation   is   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
C)​ <strong>​The general solution to the differential equation   is   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
D)​ <strong>​The general solution to the differential equation   is   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
سؤال
​Evaluate the limit,if it exists: <strong>​Evaluate the limit,if it exists:   . ​</strong> A)​0 B)​1 C)​-1 D)​The limit does not exist <div style=padding-top: 35px> . ​

A)​0
B)​1
C)​-1
D)​The limit does not exist
سؤال
​The first four terms of the Taylor expansion for <strong>​The first four terms of the Taylor expansion for   about   are   .What is the value of   ? ​</strong> A)​- 6 B)​- 3 C)​-   D)​-   <div style=padding-top: 35px> about <strong>​The first four terms of the Taylor expansion for   about   are   .What is the value of   ? ​</strong> A)​- 6 B)​- 3 C)​-   D)​-   <div style=padding-top: 35px> are <strong>​The first four terms of the Taylor expansion for   about   are   .What is the value of   ? ​</strong> A)​- 6 B)​- 3 C)​-   D)​-   <div style=padding-top: 35px> .What is the value of <strong>​The first four terms of the Taylor expansion for   about   are   .What is the value of   ? ​</strong> A)​- 6 B)​- 3 C)​-   D)​-   <div style=padding-top: 35px> ? ​

A)​- 6
B)​- 3
C)​- <strong>​The first four terms of the Taylor expansion for   about   are   .What is the value of   ? ​</strong> A)​- 6 B)​- 3 C)​-   D)​-   <div style=padding-top: 35px>
D)​- <strong>​The first four terms of the Taylor expansion for   about   are   .What is the value of   ? ​</strong> A)​- 6 B)​- 3 C)​-   D)​-   <div style=padding-top: 35px>
سؤال
​Let <strong>​Let   .The first four nonzero terms of the Taylor approximation for   about   are ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> .The first four nonzero terms of the Taylor approximation for <strong>​Let   .The first four nonzero terms of the Taylor approximation for   about   are ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> about <strong>​Let   .The first four nonzero terms of the Taylor approximation for   about   are ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> are ​

A)​ <strong>​Let   .The first four nonzero terms of the Taylor approximation for   about   are ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
B)​ <strong>​Let   .The first four nonzero terms of the Taylor approximation for   about   are ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
C)​ <strong>​Let   .The first four nonzero terms of the Taylor approximation for   about   are ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
D)​ <strong>​Let   .The first four nonzero terms of the Taylor approximation for   about   are ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
سؤال
​What is the slope of the curve <strong>​What is the slope of the curve   at the point   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> at the point <strong>​What is the slope of the curve   at the point   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> ? ​

A)​ <strong>​What is the slope of the curve   at the point   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
B)​ <strong>​What is the slope of the curve   at the point   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
C)​ <strong>​What is the slope of the curve   at the point   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
D)​ <strong>​What is the slope of the curve   at the point   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
سؤال
​The slope field at the bottom represents an approximation to the general solution to which differential equation? ​ <strong>​The slope field at the bottom represents an approximation to the general solution to which differential equation? ​   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>

A)​ <strong>​The slope field at the bottom represents an approximation to the general solution to which differential equation? ​   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
B)​ <strong>​The slope field at the bottom represents an approximation to the general solution to which differential equation? ​   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
C)​ <strong>​The slope field at the bottom represents an approximation to the general solution to which differential equation? ​   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
D)​ <strong>​The slope field at the bottom represents an approximation to the general solution to which differential equation? ​   ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
سؤال
​What is the value of <strong>​What is the value of   ? ​</strong> A)​0 B)​1 C)​2 D)​4 <div style=padding-top: 35px> ? ​

A)​0
B)​1
C)​2
D)​4
سؤال
​The slope of the normal line to <strong>​The slope of the normal line to   at   is ​</strong> A)​   B)​0 C)​   D)​10 <div style=padding-top: 35px> at <strong>​The slope of the normal line to   at   is ​</strong> A)​   B)​0 C)​   D)​10 <div style=padding-top: 35px> is ​

A)​ <strong>​The slope of the normal line to   at   is ​</strong> A)​   B)​0 C)​   D)​10 <div style=padding-top: 35px>
B)​0
C)​ <strong>​The slope of the normal line to   at   is ​</strong> A)​   B)​0 C)​   D)​10 <div style=padding-top: 35px>
D)​10
سؤال
​Which expression below represents the first four terms of the Maclaurin approximation to the area under the curve <strong>​Which expression below represents the first four terms of the Maclaurin approximation to the area under the curve   from   to   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> from <strong>​Which expression below represents the first four terms of the Maclaurin approximation to the area under the curve   from   to   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> to <strong>​Which expression below represents the first four terms of the Maclaurin approximation to the area under the curve   from   to   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px> ? ​

A)​ <strong>​Which expression below represents the first four terms of the Maclaurin approximation to the area under the curve   from   to   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
B)​ <strong>​Which expression below represents the first four terms of the Maclaurin approximation to the area under the curve   from   to   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
C)​ <strong>​Which expression below represents the first four terms of the Maclaurin approximation to the area under the curve   from   to   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
D)​ <strong>​Which expression below represents the first four terms of the Maclaurin approximation to the area under the curve   from   to   ? ​</strong> A)​   B)​   C)​   D)​   <div style=padding-top: 35px>
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1
Consider the curve defined by the parametric equations <strong>Consider the curve defined by the parametric equations   and   .For any time t,   ​</strong> A)​   B)​   C)​   D)​   and <strong>Consider the curve defined by the parametric equations   and   .For any time t,   ​</strong> A)​   B)​   C)​   D)​   .For any time t, <strong>Consider the curve defined by the parametric equations   and   .For any time t,   ​</strong> A)​   B)​   C)​   D)​

A)​ <strong>Consider the curve defined by the parametric equations   and   .For any time t,   ​</strong> A)​   B)​   C)​   D)​
B)​ <strong>Consider the curve defined by the parametric equations   and   .For any time t,   ​</strong> A)​   B)​   C)​   D)​
C)​ <strong>Consider the curve defined by the parametric equations   and   .For any time t,   ​</strong> A)​   B)​   C)​   D)​
D)​ <strong>Consider the curve defined by the parametric equations   and   .For any time t,   ​</strong> A)​   B)​   C)​   D)​
​
2
If <strong>If   on the interval   ,then what is the value of c on the interval   that satisfies the Mean Value Theorem? ​</strong> A)​   B)​   C)​   D)​   on the interval <strong>If   on the interval   ,then what is the value of c on the interval   that satisfies the Mean Value Theorem? ​</strong> A)​   B)​   C)​   D)​   ,then what is the value of c on the interval <strong>If   on the interval   ,then what is the value of c on the interval   that satisfies the Mean Value Theorem? ​</strong> A)​   B)​   C)​   D)​   that satisfies the Mean Value Theorem? ​

A)​ <strong>If   on the interval   ,then what is the value of c on the interval   that satisfies the Mean Value Theorem? ​</strong> A)​   B)​   C)​   D)​
B)​ <strong>If   on the interval   ,then what is the value of c on the interval   that satisfies the Mean Value Theorem? ​</strong> A)​   B)​   C)​   D)​
C)​ <strong>If   on the interval   ,then what is the value of c on the interval   that satisfies the Mean Value Theorem? ​</strong> A)​   B)​   C)​   D)​
D)​ <strong>If   on the interval   ,then what is the value of c on the interval   that satisfies the Mean Value Theorem? ​</strong> A)​   B)​   C)​   D)​
​
3
​Let <strong>​Let   .Which of the following values are x-intercepts of the graph of   ? ​</strong> A)​   B)​   C)​   D)​   .Which of the following values are x-intercepts of the graph of <strong>​Let   .Which of the following values are x-intercepts of the graph of   ? ​</strong> A)​   B)​   C)​   D)​   ? ​

A)​ <strong>​Let   .Which of the following values are x-intercepts of the graph of   ? ​</strong> A)​   B)​   C)​   D)​
B)​ <strong>​Let   .Which of the following values are x-intercepts of the graph of   ? ​</strong> A)​   B)​   C)​   D)​
C)​ <strong>​Let   .Which of the following values are x-intercepts of the graph of   ? ​</strong> A)​   B)​   C)​   D)​
D)​ <strong>​Let   .Which of the following values are x-intercepts of the graph of   ? ​</strong> A)​   B)​   C)​   D)​
​
4
Let <strong>Let   .The first two nonzero terms of the Taylor expansion for   about   are ​</strong> A)​   B)​   C)​   D)​   .The first two nonzero terms of the Taylor expansion for <strong>Let   .The first two nonzero terms of the Taylor expansion for   about   are ​</strong> A)​   B)​   C)​   D)​   about <strong>Let   .The first two nonzero terms of the Taylor expansion for   about   are ​</strong> A)​   B)​   C)​   D)​   are ​

A)​ <strong>Let   .The first two nonzero terms of the Taylor expansion for   about   are ​</strong> A)​   B)​   C)​   D)​
B)​ <strong>Let   .The first two nonzero terms of the Taylor expansion for   about   are ​</strong> A)​   B)​   C)​   D)​
C)​ <strong>Let   .The first two nonzero terms of the Taylor expansion for   about   are ​</strong> A)​   B)​   C)​   D)​
D)​ <strong>Let   .The first two nonzero terms of the Taylor expansion for   about   are ​</strong> A)​   B)​   C)​   D)​
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5
​Let <strong>​Let   .Which of the following integral expressions represents the area between   and the horizontal axis on the interval   ? ​</strong> A)​   B)​   C)​   D)​   .Which of the following integral expressions represents the area between <strong>​Let   .Which of the following integral expressions represents the area between   and the horizontal axis on the interval   ? ​</strong> A)​   B)​   C)​   D)​   and the horizontal axis on the interval <strong>​Let   .Which of the following integral expressions represents the area between   and the horizontal axis on the interval   ? ​</strong> A)​   B)​   C)​   D)​   ? ​

A)​ <strong>​Let   .Which of the following integral expressions represents the area between   and the horizontal axis on the interval   ? ​</strong> A)​   B)​   C)​   D)​
B)​ <strong>​Let   .Which of the following integral expressions represents the area between   and the horizontal axis on the interval   ? ​</strong> A)​   B)​   C)​   D)​
C)​ <strong>​Let   .Which of the following integral expressions represents the area between   and the horizontal axis on the interval   ? ​</strong> A)​   B)​   C)​   D)​
D)​ <strong>​Let   .Which of the following integral expressions represents the area between   and the horizontal axis on the interval   ? ​</strong> A)​   B)​   C)​   D)​
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6
​ Which one of the following statements is false? ​

A)​ <strong>​ Which one of the following statements is false? ​</strong> A)​   diverges. B)​   diverges. C)​   converges. D)​   converges absolutely. diverges.
B)​ <strong>​ Which one of the following statements is false? ​</strong> A)​   diverges. B)​   diverges. C)​   converges. D)​   converges absolutely. diverges.
C)​ <strong>​ Which one of the following statements is false? ​</strong> A)​   diverges. B)​   diverges. C)​   converges. D)​   converges absolutely. converges.
D)​ <strong>​ Which one of the following statements is false? ​</strong> A)​   diverges. B)​   diverges. C)​   converges. D)​   converges absolutely. converges absolutely.
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7
If <strong>If   and   ,then find the value of a such that   . ​</strong> A)​   B)​   C)​   D)​   and <strong>If   and   ,then find the value of a such that   . ​</strong> A)​   B)​   C)​   D)​   ,then find the value of a such that <strong>If   and   ,then find the value of a such that   . ​</strong> A)​   B)​   C)​   D)​   . ​

A)​ <strong>If   and   ,then find the value of a such that   . ​</strong> A)​   B)​   C)​   D)​
B)​ <strong>If   and   ,then find the value of a such that   . ​</strong> A)​   B)​   C)​   D)​
C)​ <strong>If   and   ,then find the value of a such that   . ​</strong> A)​   B)​   C)​   D)​
D)​ <strong>If   and   ,then find the value of a such that   . ​</strong> A)​   B)​   C)​   D)​
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8
Let <strong>Let   .The first three terms of the Maclaurin series for   are ​</strong> A)​   B)​   C)​   D)​   .The first three terms of the Maclaurin series for <strong>Let   .The first three terms of the Maclaurin series for   are ​</strong> A)​   B)​   C)​   D)​   are ​

A)​ <strong>Let   .The first three terms of the Maclaurin series for   are ​</strong> A)​   B)​   C)​   D)​
B)​ <strong>Let   .The first three terms of the Maclaurin series for   are ​</strong> A)​   B)​   C)​   D)​
C)​ <strong>Let   .The first three terms of the Maclaurin series for   are ​</strong> A)​   B)​   C)​   D)​
D)​ <strong>Let   .The first three terms of the Maclaurin series for   are ​</strong> A)​   B)​   C)​   D)​
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9
Let <strong>Let   on the interval   The absolute maximum of   on this interval is ​</strong> A)​   B)​   C)​   D)​e on the interval <strong>Let   on the interval   The absolute maximum of   on this interval is ​</strong> A)​   B)​   C)​   D)​e The absolute maximum of <strong>Let   on the interval   The absolute maximum of   on this interval is ​</strong> A)​   B)​   C)​   D)​e on this interval is ​

A)​ <strong>Let   on the interval   The absolute maximum of   on this interval is ​</strong> A)​   B)​   C)​   D)​e
B)​ <strong>Let   on the interval   The absolute maximum of   on this interval is ​</strong> A)​   B)​   C)​   D)​e
C)​ <strong>Let   on the interval   The absolute maximum of   on this interval is ​</strong> A)​   B)​   C)​   D)​e
D)​e
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10
What are all values of x for which the series <strong>What are all values of x for which the series   converges? ​</strong> A)The series converges for   only. B)​   C)​   D)​   converges? ​

A)The series converges for <strong>What are all values of x for which the series   converges? ​</strong> A)The series converges for   only. B)​   C)​   D)​   only.
B)​ <strong>What are all values of x for which the series   converges? ​</strong> A)The series converges for   only. B)​   C)​   D)​
C)​ <strong>What are all values of x for which the series   converges? ​</strong> A)The series converges for   only. B)​   C)​   D)​
D)​ <strong>What are all values of x for which the series   converges? ​</strong> A)The series converges for   only. B)​   C)​   D)​
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​If <strong>​If   is a function which is increasing and concave down on the interval   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   is a function which is increasing and concave down on the interval <strong>​If   is a function which is increasing and concave down on the interval   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   ,then which of the following could be the graph of <strong>​If   is a function which is increasing and concave down on the interval   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   ? ​

A)​
<strong>​If   is a function which is increasing and concave down on the interval   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​
B)​
<strong>​If   is a function which is increasing and concave down on the interval   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​
C)​
<strong>​If   is a function which is increasing and concave down on the interval   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​
D)​
<strong>​If   is a function which is increasing and concave down on the interval   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​
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The tangent line to the curve <strong>The tangent line to the curve   at   intersects the x-axis at   ​</strong> A)​   B)​   C)​-2 D)​   at <strong>The tangent line to the curve   at   intersects the x-axis at   ​</strong> A)​   B)​   C)​-2 D)​   intersects the x-axis at <strong>The tangent line to the curve   at   intersects the x-axis at   ​</strong> A)​   B)​   C)​-2 D)​

A)​ <strong>The tangent line to the curve   at   intersects the x-axis at   ​</strong> A)​   B)​   C)​-2 D)​
B)​ <strong>The tangent line to the curve   at   intersects the x-axis at   ​</strong> A)​   B)​   C)​-2 D)​
C)​-2
D)​ <strong>The tangent line to the curve   at   intersects the x-axis at   ​</strong> A)​   B)​   C)​-2 D)​
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A particle moves in the xy-plane such that its velocity vector for time <strong>A particle moves in the xy-plane such that its velocity vector for time   is ,   .If the particle is at the point   when   ,then what is the position vector of the particle when   ? ​ ​</strong> A)​   B)​   C)​   D)​   is , <strong>A particle moves in the xy-plane such that its velocity vector for time   is ,   .If the particle is at the point   when   ,then what is the position vector of the particle when   ? ​ ​</strong> A)​   B)​   C)​   D)​   .If the particle is at the point <strong>A particle moves in the xy-plane such that its velocity vector for time   is ,   .If the particle is at the point   when   ,then what is the position vector of the particle when   ? ​ ​</strong> A)​   B)​   C)​   D)​   when <strong>A particle moves in the xy-plane such that its velocity vector for time   is ,   .If the particle is at the point   when   ,then what is the position vector of the particle when   ? ​ ​</strong> A)​   B)​   C)​   D)​   ,then what is the position vector of the particle when <strong>A particle moves in the xy-plane such that its velocity vector for time   is ,   .If the particle is at the point   when   ,then what is the position vector of the particle when   ? ​ ​</strong> A)​   B)​   C)​   D)​   ? ​ ​

A)​ <strong>A particle moves in the xy-plane such that its velocity vector for time   is ,   .If the particle is at the point   when   ,then what is the position vector of the particle when   ? ​ ​</strong> A)​   B)​   C)​   D)​
B)​ <strong>A particle moves in the xy-plane such that its velocity vector for time   is ,   .If the particle is at the point   when   ,then what is the position vector of the particle when   ? ​ ​</strong> A)​   B)​   C)​   D)​
C)​ <strong>A particle moves in the xy-plane such that its velocity vector for time   is ,   .If the particle is at the point   when   ,then what is the position vector of the particle when   ? ​ ​</strong> A)​   B)​   C)​   D)​
D)​ <strong>A particle moves in the xy-plane such that its velocity vector for time   is ,   .If the particle is at the point   when   ,then what is the position vector of the particle when   ? ​ ​</strong> A)​   B)​   C)​   D)​
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14
​ A particle moves in the xy-plane for time <strong>​ A particle moves in the xy-plane for time   according to the parametric equations   and   .Which of the following statements about the particle are true? ​ I. The particle is moving to the right when   . II. The particle is moving upward when   . III. The particle is at rest when   ​</strong> A)​I only B)​I and II only C)​II and III only D)​I,II,and III according to the parametric equations <strong>​ A particle moves in the xy-plane for time   according to the parametric equations   and   .Which of the following statements about the particle are true? ​ I. The particle is moving to the right when   . II. The particle is moving upward when   . III. The particle is at rest when   ​</strong> A)​I only B)​I and II only C)​II and III only D)​I,II,and III and <strong>​ A particle moves in the xy-plane for time   according to the parametric equations   and   .Which of the following statements about the particle are true? ​ I. The particle is moving to the right when   . II. The particle is moving upward when   . III. The particle is at rest when   ​</strong> A)​I only B)​I and II only C)​II and III only D)​I,II,and III .Which of the following statements about the particle are true? ​
I.
The particle is moving to the right when <strong>​ A particle moves in the xy-plane for time   according to the parametric equations   and   .Which of the following statements about the particle are true? ​ I. The particle is moving to the right when   . II. The particle is moving upward when   . III. The particle is at rest when   ​</strong> A)​I only B)​I and II only C)​II and III only D)​I,II,and III .
II.
The particle is moving upward when <strong>​ A particle moves in the xy-plane for time   according to the parametric equations   and   .Which of the following statements about the particle are true? ​ I. The particle is moving to the right when   . II. The particle is moving upward when   . III. The particle is at rest when   ​</strong> A)​I only B)​I and II only C)​II and III only D)​I,II,and III .
III.
The particle is at rest when <strong>​ A particle moves in the xy-plane for time   according to the parametric equations   and   .Which of the following statements about the particle are true? ​ I. The particle is moving to the right when   . II. The particle is moving upward when   . III. The particle is at rest when   ​</strong> A)​I only B)​I and II only C)​II and III only D)​I,II,and III

A)​I only
B)​I and II only
C)​II and III only
D)​I,II,and III
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If <strong>If   ,then the slope of the tangent line to   at   is ​</strong> A)​-21 B)​0 C)​21 D)​undefined ,then the slope of the tangent line to <strong>If   ,then the slope of the tangent line to   at   is ​</strong> A)​-21 B)​0 C)​21 D)​undefined at <strong>If   ,then the slope of the tangent line to   at   is ​</strong> A)​-21 B)​0 C)​21 D)​undefined is ​

A)​-21
B)​0
C)​21
D)​undefined
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​The Maclaurin series <strong>​The Maclaurin series   represents the function   ​</strong> A)​   B)​   C)​   D)​   represents the function <strong>​The Maclaurin series   represents the function   ​</strong> A)​   B)​   C)​   D)​

A)​ <strong>​The Maclaurin series   represents the function   ​</strong> A)​   B)​   C)​   D)​
B)​ <strong>​The Maclaurin series   represents the function   ​</strong> A)​   B)​   C)​   D)​
C)​ <strong>​The Maclaurin series   represents the function   ​</strong> A)​   B)​   C)​   D)​
D)​ <strong>​The Maclaurin series   represents the function   ​</strong> A)​   B)​   C)​   D)​
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17
​ The first four terms of the Taylor expansion for <strong>​ The first four terms of the Taylor expansion for   about   are   .What is the value of   ? ​</strong> A)​   B)​   C)​   D)​   about <strong>​ The first four terms of the Taylor expansion for   about   are   .What is the value of   ? ​</strong> A)​   B)​   C)​   D)​   are <strong>​ The first four terms of the Taylor expansion for   about   are   .What is the value of   ? ​</strong> A)​   B)​   C)​   D)​   .What is the value of <strong>​ The first four terms of the Taylor expansion for   about   are   .What is the value of   ? ​</strong> A)​   B)​   C)​   D)​   ? ​

A)​ <strong>​ The first four terms of the Taylor expansion for   about   are   .What is the value of   ? ​</strong> A)​   B)​   C)​   D)​
B)​ <strong>​ The first four terms of the Taylor expansion for   about   are   .What is the value of   ? ​</strong> A)​   B)​   C)​   D)​
C)​ <strong>​ The first four terms of the Taylor expansion for   about   are   .What is the value of   ? ​</strong> A)​   B)​   C)​   D)​
D)​ <strong>​ The first four terms of the Taylor expansion for   about   are   .What is the value of   ? ​</strong> A)​   B)​   C)​   D)​
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18
Let <strong>Let   be the solution to the differential equation   .Using Euler's method,starting at the point   − with step size   ,what is the approximate value of   ? ​</strong> A)​8.75 B)​-0.75 C)​-2.25 D)​-1.5 be the solution to the differential equation <strong>Let   be the solution to the differential equation   .Using Euler's method,starting at the point   − with step size   ,what is the approximate value of   ? ​</strong> A)​8.75 B)​-0.75 C)​-2.25 D)​-1.5 .Using Euler's method,starting at the point <strong>Let   be the solution to the differential equation   .Using Euler's method,starting at the point   − with step size   ,what is the approximate value of   ? ​</strong> A)​8.75 B)​-0.75 C)​-2.25 D)​-1.5 − with step size <strong>Let   be the solution to the differential equation   .Using Euler's method,starting at the point   − with step size   ,what is the approximate value of   ? ​</strong> A)​8.75 B)​-0.75 C)​-2.25 D)​-1.5 ,what is the approximate value of <strong>Let   be the solution to the differential equation   .Using Euler's method,starting at the point   − with step size   ,what is the approximate value of   ? ​</strong> A)​8.75 B)​-0.75 C)​-2.25 D)​-1.5 ? ​

A)​8.75
B)​-0.75
C)​-2.25
D)​-1.5
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19
If y is a function of x such that <strong>If y is a function of x such that   and   ,then   ​</strong> A)​   B)​   C)​   D)​   and <strong>If y is a function of x such that   and   ,then   ​</strong> A)​   B)​   C)​   D)​   ,then <strong>If y is a function of x such that   and   ,then   ​</strong> A)​   B)​   C)​   D)​

A)​ <strong>If y is a function of x such that   and   ,then   ​</strong> A)​   B)​   C)​   D)​
B)​ <strong>If y is a function of x such that   and   ,then   ​</strong> A)​   B)​   C)​   D)​
C)​ <strong>If y is a function of x such that   and   ,then   ​</strong> A)​   B)​   C)​   D)​
D)​ <strong>If y is a function of x such that   and   ,then   ​</strong> A)​   B)​   C)​   D)​
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20
If <strong>If   ​,then   ​</strong> A)​   B)​   C)​   D)​   ​,then <strong>If   ​,then   ​</strong> A)​   B)​   C)​   D)​

A)​ <strong>If   ​,then   ​</strong> A)​   B)​   C)​   D)​
B)​ <strong>If   ​,then   ​</strong> A)​   B)​   C)​   D)​
C)​ <strong>If   ​,then   ​</strong> A)​   B)​   C)​   D)​
D)​ <strong>If   ​,then   ​</strong> A)​   B)​   C)​   D)​
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21
If <strong>If   is a function defined on   such that   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   is a function defined on <strong>If   is a function defined on   such that   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   such that <strong>If   is a function defined on   such that   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   ,then which of the following could be the graph of <strong>If   is a function defined on   such that   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   ? ​

A)​
<strong>If   is a function defined on   such that   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​
B)​
<strong>If   is a function defined on   such that   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​
C)​
<strong>If   is a function defined on   such that   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​
D)​
<strong>If   is a function defined on   such that   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​
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22
​Find all values of x in the open interval ​Find all values of x in the open interval   such that   . such that ​Find all values of x in the open interval   such that   . .
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23
A particle moves in the xy-plane according to the parametric equations <strong>A particle moves in the xy-plane according to the parametric equations   and   for   .What is the average speed of the particle during the time interval   ? ​</strong> A)​7.187 B)​6.468 C)​7.906 D)​6.047 and <strong>A particle moves in the xy-plane according to the parametric equations   and   for   .What is the average speed of the particle during the time interval   ? ​</strong> A)​7.187 B)​6.468 C)​7.906 D)​6.047 for <strong>A particle moves in the xy-plane according to the parametric equations   and   for   .What is the average speed of the particle during the time interval   ? ​</strong> A)​7.187 B)​6.468 C)​7.906 D)​6.047 .What is the average speed of the particle during the time interval <strong>A particle moves in the xy-plane according to the parametric equations   and   for   .What is the average speed of the particle during the time interval   ? ​</strong> A)​7.187 B)​6.468 C)​7.906 D)​6.047 ? ​

A)​7.187
B)​6.468
C)​7.906
D)​6.047
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24
The vertical line The vertical line   divides region R into two regions with equal areas.Write,but do not solve,an equation involving integral expressions whose solution gives the value   .​ divides region R into two regions with equal areas.Write,but do not solve,an equation involving integral expressions whose solution gives the value The vertical line   divides region R into two regions with equal areas.Write,but do not solve,an equation involving integral expressions whose solution gives the value   .​ .​
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25
Which of the following gives the length of the curve <strong>Which of the following gives the length of the curve   over the closed interval   ​</strong> A)​   B)​   C)​   D)​   over the closed interval <strong>Which of the following gives the length of the curve   over the closed interval   ​</strong> A)​   B)​   C)​   D)​

A)​ <strong>Which of the following gives the length of the curve   over the closed interval   ​</strong> A)​   B)​   C)​   D)​
B)​ <strong>Which of the following gives the length of the curve   over the closed interval   ​</strong> A)​   B)​   C)​   D)​
C)​ <strong>Which of the following gives the length of the curve   over the closed interval   ​</strong> A)​   B)​   C)​   D)​
D)​ <strong>Which of the following gives the length of the curve   over the closed interval   ​</strong> A)​   B)​   C)​   D)​
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26

Consider the function ​ Consider the function   defined on the closed interval whose endpoints are   and   . ​Find the absolute maximum of   on this interval.Justify your answer.Round your answer to 3 decimals. defined on the closed interval whose endpoints are ​ Consider the function   defined on the closed interval whose endpoints are   and   . ​Find the absolute maximum of   on this interval.Justify your answer.Round your answer to 3 decimals. and ​ Consider the function   defined on the closed interval whose endpoints are   and   . ​Find the absolute maximum of   on this interval.Justify your answer.Round your answer to 3 decimals. .
​Find the absolute maximum of ​ Consider the function   defined on the closed interval whose endpoints are   and   . ​Find the absolute maximum of   on this interval.Justify your answer.Round your answer to 3 decimals. on this interval.Justify your answer.Round your answer to 3 decimals.
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27
​How much water is in Tank 1 after 21 hours? Justify your answer.Round your answer to 3 decimal places.
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​What is the area enclosed by the lemniscate <strong>​What is the area enclosed by the lemniscate   ? ​</strong> A)​50 B)​   C)​   D)​25 ? ​

A)​50
B)​ <strong>​What is the area enclosed by the lemniscate   ? ​</strong> A)​50 B)​   C)​   D)​25
C)​ <strong>​What is the area enclosed by the lemniscate   ? ​</strong> A)​50 B)​   C)​   D)​25
D)​25
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29
If <strong>If   and   ,then   ​</strong> A)​   B)​   C)​   D)​   and <strong>If   and   ,then   ​</strong> A)​   B)​   C)​   D)​   ,then <strong>If   and   ,then   ​</strong> A)​   B)​   C)​   D)​

A)​ <strong>If   and   ,then   ​</strong> A)​   B)​   C)​   D)​
B)​ <strong>If   and   ,then   ​</strong> A)​   B)​   C)​   D)​
C)​ <strong>If   and   ,then   ​</strong> A)​   B)​   C)​   D)​
D)​ <strong>If   and   ,then   ​</strong> A)​   B)​   C)​   D)​
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30
Oil is pumped continuously from a certain oil well at a rate modeled by the function <strong>Oil is pumped continuously from a certain oil well at a rate modeled by the function   .Let t be the number of days for a 25-day period and let   be measured in barrels per day.To the nearest barrel,according to the model,how much oil will be pumped from the well from the 11th day to the 22nd day? ​</strong> A)​-33,275 B)​45,829 C)​21,629 D)​52,907 .Let t be the number of days for a 25-day period and let <strong>Oil is pumped continuously from a certain oil well at a rate modeled by the function   .Let t be the number of days for a 25-day period and let   be measured in barrels per day.To the nearest barrel,according to the model,how much oil will be pumped from the well from the 11th day to the 22nd day? ​</strong> A)​-33,275 B)​45,829 C)​21,629 D)​52,907 be measured in barrels per day.To the nearest barrel,according to the model,how much oil will be pumped from the well from the 11th day to the 22nd day? ​

A)​-33,275
B)​45,829
C)​21,629
D)​52,907
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​ A particle moves along the x-axis so that its acceleration is <strong>​ A particle moves along the x-axis so that its acceleration is   for   .If the initial velocity of the particle is 12,then what is the average velocity of the particle during the time interval   ? ​</strong> A)​36.955 B)​35.045 C)​61.045 D)​37.045 for <strong>​ A particle moves along the x-axis so that its acceleration is   for   .If the initial velocity of the particle is 12,then what is the average velocity of the particle during the time interval   ? ​</strong> A)​36.955 B)​35.045 C)​61.045 D)​37.045 .If the initial velocity of the particle is 12,then what is the average velocity of the particle during the time interval <strong>​ A particle moves along the x-axis so that its acceleration is   for   .If the initial velocity of the particle is 12,then what is the average velocity of the particle during the time interval   ? ​</strong> A)​36.955 B)​35.045 C)​61.045 D)​37.045 ? ​

A)​36.955
B)​35.045
C)​61.045
D)​37.045
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32
​You may use a calculator for any problem in this section. ​You may use a calculator for any problem in this section.   ​ ​Let R be the region enclosed by the graph of   and the horizontal line   ,as shown in the figure above. ​Find the volume of the solid generated when R is rotated about the line   .Round your answer to 3 decimal places. ​
​Let R be the region enclosed by the graph of ​You may use a calculator for any problem in this section.   ​ ​Let R be the region enclosed by the graph of   and the horizontal line   ,as shown in the figure above. ​Find the volume of the solid generated when R is rotated about the line   .Round your answer to 3 decimal places. ​ and the horizontal line ​You may use a calculator for any problem in this section.   ​ ​Let R be the region enclosed by the graph of   and the horizontal line   ,as shown in the figure above. ​Find the volume of the solid generated when R is rotated about the line   .Round your answer to 3 decimal places. ​ ,as shown in the figure above.
​Find the volume of the solid generated when R is rotated about the line ​You may use a calculator for any problem in this section.   ​ ​Let R be the region enclosed by the graph of   and the horizontal line   ,as shown in the figure above. ​Find the volume of the solid generated when R is rotated about the line   .Round your answer to 3 decimal places. ​ .Round your answer to 3 decimal places.
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​What is the average rate at which water flows into Tank 2 for the entire 19-hour period? Justify your answer.Round your answer to 3 decimal places.
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​A particle moves along the x-axis such that its velocity is given by <strong>​A particle moves along the x-axis such that its velocity is given by   for time   .If the particle has position 15 when   ,then what is its position when it comes to rest for the first time? ​</strong> A)​14.889 B)​14.188 C)​16.094 D)​14.594 for time <strong>​A particle moves along the x-axis such that its velocity is given by   for time   .If the particle has position 15 when   ,then what is its position when it comes to rest for the first time? ​</strong> A)​14.889 B)​14.188 C)​16.094 D)​14.594 .If the particle has position 15 when <strong>​A particle moves along the x-axis such that its velocity is given by   for time   .If the particle has position 15 when   ,then what is its position when it comes to rest for the first time? ​</strong> A)​14.889 B)​14.188 C)​16.094 D)​14.594 ,then what is its position when it comes to rest for the first time? ​

A)​14.889
B)​14.188
C)​16.094
D)​14.594
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You may use a calculator for any problem in this section. You may use a calculator for any problem in this section.   ​ ​The rate that water flows into two identical tanks during a 24-hour period is given by the models below.Both   and   are measured in gallons per hour for   hours,and both tanks are empty at time t = 0. Tank 1: The graph of   consists of the line segments indicated in the figure. Tank 2:   ​ ​What is the value of   ? What is the value of   ? Give units for both answers.Round your answer to 3 decimal places. ​   ___________ ​   ___________
​The rate that water flows into two identical tanks during a 24-hour period is given by the models below.Both You may use a calculator for any problem in this section.   ​ ​The rate that water flows into two identical tanks during a 24-hour period is given by the models below.Both   and   are measured in gallons per hour for   hours,and both tanks are empty at time t = 0. Tank 1: The graph of   consists of the line segments indicated in the figure. Tank 2:   ​ ​What is the value of   ? What is the value of   ? Give units for both answers.Round your answer to 3 decimal places. ​   ___________ ​   ___________ and You may use a calculator for any problem in this section.   ​ ​The rate that water flows into two identical tanks during a 24-hour period is given by the models below.Both   and   are measured in gallons per hour for   hours,and both tanks are empty at time t = 0. Tank 1: The graph of   consists of the line segments indicated in the figure. Tank 2:   ​ ​What is the value of   ? What is the value of   ? Give units for both answers.Round your answer to 3 decimal places. ​   ___________ ​   ___________ are measured in gallons per hour for You may use a calculator for any problem in this section.   ​ ​The rate that water flows into two identical tanks during a 24-hour period is given by the models below.Both   and   are measured in gallons per hour for   hours,and both tanks are empty at time t = 0. Tank 1: The graph of   consists of the line segments indicated in the figure. Tank 2:   ​ ​What is the value of   ? What is the value of   ? Give units for both answers.Round your answer to 3 decimal places. ​   ___________ ​   ___________ hours,and both tanks are empty at time t = 0.
Tank 1: The graph of You may use a calculator for any problem in this section.   ​ ​The rate that water flows into two identical tanks during a 24-hour period is given by the models below.Both   and   are measured in gallons per hour for   hours,and both tanks are empty at time t = 0. Tank 1: The graph of   consists of the line segments indicated in the figure. Tank 2:   ​ ​What is the value of   ? What is the value of   ? Give units for both answers.Round your answer to 3 decimal places. ​   ___________ ​   ___________ consists of the line segments indicated in the figure.
Tank 2: You may use a calculator for any problem in this section.   ​ ​The rate that water flows into two identical tanks during a 24-hour period is given by the models below.Both   and   are measured in gallons per hour for   hours,and both tanks are empty at time t = 0. Tank 1: The graph of   consists of the line segments indicated in the figure. Tank 2:   ​ ​What is the value of   ? What is the value of   ? Give units for both answers.Round your answer to 3 decimal places. ​   ___________ ​   ___________
​What is the value of You may use a calculator for any problem in this section.   ​ ​The rate that water flows into two identical tanks during a 24-hour period is given by the models below.Both   and   are measured in gallons per hour for   hours,and both tanks are empty at time t = 0. Tank 1: The graph of   consists of the line segments indicated in the figure. Tank 2:   ​ ​What is the value of   ? What is the value of   ? Give units for both answers.Round your answer to 3 decimal places. ​   ___________ ​   ___________ ? What is the value of You may use a calculator for any problem in this section.   ​ ​The rate that water flows into two identical tanks during a 24-hour period is given by the models below.Both   and   are measured in gallons per hour for   hours,and both tanks are empty at time t = 0. Tank 1: The graph of   consists of the line segments indicated in the figure. Tank 2:   ​ ​What is the value of   ? What is the value of   ? Give units for both answers.Round your answer to 3 decimal places. ​   ___________ ​   ___________ ? Give units for both answers.Round your answer to 3 decimal places.
You may use a calculator for any problem in this section.   ​ ​The rate that water flows into two identical tanks during a 24-hour period is given by the models below.Both   and   are measured in gallons per hour for   hours,and both tanks are empty at time t = 0. Tank 1: The graph of   consists of the line segments indicated in the figure. Tank 2:   ​ ​What is the value of   ? What is the value of   ? Give units for both answers.Round your answer to 3 decimal places. ​   ___________ ​   ___________ ___________
You may use a calculator for any problem in this section.   ​ ​The rate that water flows into two identical tanks during a 24-hour period is given by the models below.Both   and   are measured in gallons per hour for   hours,and both tanks are empty at time t = 0. Tank 1: The graph of   consists of the line segments indicated in the figure. Tank 2:   ​ ​What is the value of   ? What is the value of   ? Give units for both answers.Round your answer to 3 decimal places. ​   ___________ ​   ___________ ___________
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36
​What is the value of <strong>​What is the value of   . ​</strong> A)   B)​   C)​   D)​Does not exist . ​

A) <strong>​What is the value of   . ​</strong> A)   B)​   C)​   D)​Does not exist
B)​ <strong>​What is the value of   . ​</strong> A)   B)​   C)​   D)​Does not exist
C)​ <strong>​What is the value of   . ​</strong> A)   B)​   C)​   D)​Does not exist
D)​Does not exist
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37
​ Let <strong>​ Let   .If   represents the nth derivative of   ,then what is   ? ​</strong> A)​   B)​   C)​   D)​   .If <strong>​ Let   .If   represents the nth derivative of   ,then what is   ? ​</strong> A)​   B)​   C)​   D)​   represents the nth derivative of <strong>​ Let   .If   represents the nth derivative of   ,then what is   ? ​</strong> A)​   B)​   C)​   D)​   ,then what is <strong>​ Let   .If   represents the nth derivative of   ,then what is   ? ​</strong> A)​   B)​   C)​   D)​   ? ​

A)​ <strong>​ Let   .If   represents the nth derivative of   ,then what is   ? ​</strong> A)​   B)​   C)​   D)​
B)​ <strong>​ Let   .If   represents the nth derivative of   ,then what is   ? ​</strong> A)​   B)​   C)​   D)​
C)​ <strong>​ Let   .If   represents the nth derivative of   ,then what is   ? ​</strong> A)​   B)​   C)​   D)​
D)​ <strong>​ Let   .If   represents the nth derivative of   ,then what is   ? ​</strong> A)​   B)​   C)​   D)​
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38
For the function <strong>For the function   ,   .If   is the inverse of   ,what is the slope of the tangent to   at the point   ? ​</strong> A)​0.276 B)​0.226 C)​0.251 D)​0.211 , <strong>For the function   ,   .If   is the inverse of   ,what is the slope of the tangent to   at the point   ? ​</strong> A)​0.276 B)​0.226 C)​0.251 D)​0.211 .If <strong>For the function   ,   .If   is the inverse of   ,what is the slope of the tangent to   at the point   ? ​</strong> A)​0.276 B)​0.226 C)​0.251 D)​0.211 is the inverse of <strong>For the function   ,   .If   is the inverse of   ,what is the slope of the tangent to   at the point   ? ​</strong> A)​0.276 B)​0.226 C)​0.251 D)​0.211 ,what is the slope of the tangent to <strong>For the function   ,   .If   is the inverse of   ,what is the slope of the tangent to   at the point   ? ​</strong> A)​0.276 B)​0.226 C)​0.251 D)​0.211 at the point <strong>For the function   ,   .If   is the inverse of   ,what is the slope of the tangent to   at the point   ? ​</strong> A)​0.276 B)​0.226 C)​0.251 D)​0.211 ? ​

A)​0.276
B)​0.226
C)​0.251
D)​0.211
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39
​During the 24-hour period,is there ever a time other than ​During the 24-hour period,is there ever a time other than   when the amount of water in the two tanks is the same? If yes,find all such values of   .If no,explain why not.If needed,round your answer to 3 decimal places. when the amount of water in the two tanks is the same? If yes,find all such values of ​During the 24-hour period,is there ever a time other than   when the amount of water in the two tanks is the same? If yes,find all such values of   .If no,explain why not.If needed,round your answer to 3 decimal places. .If no,explain why not.If needed,round your answer to 3 decimal places.
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40
​Region R is the base of a solid.For this solid,each cross section perpendicular to the x-axis is a rectangle whose height is twice as long as the length in R.Find the volume of the solid.Round your answer to 3 decimal.
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41
​The graph of <strong>​The graph of   is pictured below.Which of the following statements about   are true? ​   ​ i.A left endpoint approximation is greater than   .II.A right endpoint approximation is less than   .III.A trapezoidal approximation is less than   ​</strong> A)​None are true B)​III only C)​I and III only D)​I,II,and III is pictured below.Which of the following statements about <strong>​The graph of   is pictured below.Which of the following statements about   are true? ​   ​ i.A left endpoint approximation is greater than   .II.A right endpoint approximation is less than   .III.A trapezoidal approximation is less than   ​</strong> A)​None are true B)​III only C)​I and III only D)​I,II,and III are true? ​ <strong>​The graph of   is pictured below.Which of the following statements about   are true? ​   ​ i.A left endpoint approximation is greater than   .II.A right endpoint approximation is less than   .III.A trapezoidal approximation is less than   ​</strong> A)​None are true B)​III only C)​I and III only D)​I,II,and III
i.A left endpoint approximation is greater than <strong>​The graph of   is pictured below.Which of the following statements about   are true? ​   ​ i.A left endpoint approximation is greater than   .II.A right endpoint approximation is less than   .III.A trapezoidal approximation is less than   ​</strong> A)​None are true B)​III only C)​I and III only D)​I,II,and III .II.A right endpoint approximation is less than <strong>​The graph of   is pictured below.Which of the following statements about   are true? ​   ​ i.A left endpoint approximation is greater than   .II.A right endpoint approximation is less than   .III.A trapezoidal approximation is less than   ​</strong> A)​None are true B)​III only C)​I and III only D)​I,II,and III .III.A trapezoidal approximation is less than <strong>​The graph of   is pictured below.Which of the following statements about   are true? ​   ​ i.A left endpoint approximation is greater than   .II.A right endpoint approximation is less than   .III.A trapezoidal approximation is less than   ​</strong> A)​None are true B)​III only C)​I and III only D)​I,II,and III

A)​None are true
B)​III only
C)​I and III only
D)​I,II,and III
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42

Let ​ Let   . ​Find all values of   for which   converges. .
​Find all values of ​ Let   . ​Find all values of   for which   converges. for which ​ Let   . ​Find all values of   for which   converges. converges.
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43
​The equation of the tangent line to the function <strong>​The equation of the tangent line to the function   at   is ​</strong> A)​   B)​   C)​   D)​   at <strong>​The equation of the tangent line to the function   at   is ​</strong> A)​   B)​   C)​   D)​   is ​

A)​ <strong>​The equation of the tangent line to the function   at   is ​</strong> A)​   B)​   C)​   D)​
B)​ <strong>​The equation of the tangent line to the function   at   is ​</strong> A)​   B)​   C)​   D)​
C)​ <strong>​The equation of the tangent line to the function   at   is ​</strong> A)​   B)​   C)​   D)​
D)​ <strong>​The equation of the tangent line to the function   at   is ​</strong> A)​   B)​   C)​   D)​
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44
​Use the values to sketch a slope field for <strong>​Use the values to sketch a slope field for   on the axes provided. ​</strong> A)​   B)​   C)​   D)​   on the axes provided. ​

A)​
<strong>​Use the values to sketch a slope field for   on the axes provided. ​</strong> A)​   B)​   C)​   D)​
B)​
<strong>​Use the values to sketch a slope field for   on the axes provided. ​</strong> A)​   B)​   C)​   D)​
C)​
<strong>​Use the values to sketch a slope field for   on the axes provided. ​</strong> A)​   B)​   C)​   D)​
D)​
<strong>​Use the values to sketch a slope field for   on the axes provided. ​</strong> A)​   B)​   C)​   D)​
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45
​Use the first three terms of ​Use the first three terms of   to estimate the value of   .Round your answer to 3 decimal places. to estimate the value of ​Use the first three terms of   to estimate the value of   .Round your answer to 3 decimal places. .Round your answer to 3 decimal places.
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46
​​A particle moves in the xy-plane with position for all real values of ​​A particle moves in the xy-plane with position for all real values of   given by the parametric equations   and   . ​Give the coordinates of the velocity vector for any time   . given by the parametric equations ​​A particle moves in the xy-plane with position for all real values of   given by the parametric equations   and   . ​Give the coordinates of the velocity vector for any time   . and ​​A particle moves in the xy-plane with position for all real values of   given by the parametric equations   and   . ​Give the coordinates of the velocity vector for any time   . .
​Give the coordinates of the velocity vector for any time ​​A particle moves in the xy-plane with position for all real values of   given by the parametric equations   and   . ​Give the coordinates of the velocity vector for any time   . .
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47
​Consider the differential equation <strong>​Consider the differential equation   ,where   is the solution to the equation and   .Using Euler's method starting at   with step size   ,what is the approximation for   ? ​</strong> A)​-3.5 B)-3 C)​-2.5 D)-2 ,where <strong>​Consider the differential equation   ,where   is the solution to the equation and   .Using Euler's method starting at   with step size   ,what is the approximation for   ? ​</strong> A)​-3.5 B)-3 C)​-2.5 D)-2 is the solution to the equation and <strong>​Consider the differential equation   ,where   is the solution to the equation and   .Using Euler's method starting at   with step size   ,what is the approximation for   ? ​</strong> A)​-3.5 B)-3 C)​-2.5 D)-2 .Using Euler's method starting at <strong>​Consider the differential equation   ,where   is the solution to the equation and   .Using Euler's method starting at   with step size   ,what is the approximation for   ? ​</strong> A)​-3.5 B)-3 C)​-2.5 D)-2 with step size <strong>​Consider the differential equation   ,where   is the solution to the equation and   .Using Euler's method starting at   with step size   ,what is the approximation for   ? ​</strong> A)​-3.5 B)-3 C)​-2.5 D)-2 ,what is the approximation for <strong>​Consider the differential equation   ,where   is the solution to the equation and   .Using Euler's method starting at   with step size   ,what is the approximation for   ? ​</strong> A)​-3.5 B)-3 C)​-2.5 D)-2 ? ​

A)​-3.5
B)-3
C)​-2.5
D)-2
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48
Give the coordinates of the acceleration vector at a time when the particle is at rest.​
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49
​Is the particle moving to the left or right when <strong>​Is the particle moving to the left or right when   ? Is the particle moving up or down when   ? ​</strong> A)​left and up​ B)​left and down C)​right and up D)right and down ? Is the particle moving up or down when <strong>​Is the particle moving to the left or right when   ? Is the particle moving up or down when   ? ​</strong> A)​left and up​ B)​left and down C)​right and up D)right and down ? ​

A)​left and up​
B)​left and down
C)​right and up
D)right and down
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50
​Determine the point(s)of inflection for ​Determine the point(s)of inflection for   . .
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51
​How fast is the particle moving when its horizontal position is
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52
​Evaluate <strong>​Evaluate   . ​</strong> A)​0 B)​1 C)​2e D)​∞ . ​

A)​0
B)​1
C)​2e
D)​∞
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53
​The position vector for a particle moving in the <strong>​The position vector for a particle moving in the   -plane for   is 1st The slope of the tangent line to the path of the particle at   is ​</strong> A)​   B)​   C)​   D)​162.5 -plane for <strong>​The position vector for a particle moving in the   -plane for   is 1st The slope of the tangent line to the path of the particle at   is ​</strong> A)​   B)​   C)​   D)​162.5 is 1st The slope of the tangent line to the path of the particle at <strong>​The position vector for a particle moving in the   -plane for   is 1st The slope of the tangent line to the path of the particle at   is ​</strong> A)​   B)​   C)​   D)​162.5 is ​

A)​ <strong>​The position vector for a particle moving in the   -plane for   is 1st The slope of the tangent line to the path of the particle at   is ​</strong> A)​   B)​   C)​   D)​162.5
B)​ <strong>​The position vector for a particle moving in the   -plane for   is 1st The slope of the tangent line to the path of the particle at   is ​</strong> A)​   B)​   C)​   D)​162.5
C)​ <strong>​The position vector for a particle moving in the   -plane for   is 1st The slope of the tangent line to the path of the particle at   is ​</strong> A)​   B)​   C)​   D)​162.5
D)​162.5
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54
​If <strong>​If   ,then   ​</strong> A)​   B)​   C)​   D)​   ,then <strong>​If   ,then   ​</strong> A)​   B)​   C)​   D)​

A)​ <strong>​If   ,then   ​</strong> A)​   B)​   C)​   D)​
B)​ <strong>​If   ,then   ​</strong> A)​   B)​   C)​   D)​
C)​ <strong>​If   ,then   ​</strong> A)​   B)​   C)​   D)​
D)​ <strong>​If   ,then   ​</strong> A)​   B)​   C)​   D)​
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55
​What is the slope of the path of the particle when ​What is the slope of the path of the particle when   ? ?
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56
​Show that ​Show that   is a solution to the differential equation   . is a solution to the differential equation ​Show that   is a solution to the differential equation   . .
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57
​Find the particular solution ​Find the particular solution   . .
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58
​Find the limit <strong>​Find the limit   . ​</strong> A)​0 B)​   C)​   D)​∞ . ​

A)​0
B)​ <strong>​Find the limit   . ​</strong> A)​0 B)​   C)​   D)​∞
C)​ <strong>​Find the limit   . ​</strong> A)​0 B)​   C)​   D)​∞
D)​∞
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59
​Using Euler's method starting at ​Using Euler's method starting at   with step size   ,estimate the value of   . ​ with step size ​Using Euler's method starting at   with step size   ,estimate the value of   . ​ ,estimate the value of ​Using Euler's method starting at   with step size   ,estimate the value of   . ​ .
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60
​If <strong>​If   is a function such that   is increasing for   and   is decreasing for   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   is a function such that <strong>​If   is a function such that   is increasing for   and   is decreasing for   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   is increasing for <strong>​If   is a function such that   is increasing for   and   is decreasing for   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   and <strong>​If   is a function such that   is increasing for   and   is decreasing for   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   is decreasing for <strong>​If   is a function such that   is increasing for   and   is decreasing for   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   ,then which of the following could be the graph of <strong>​If   is a function such that   is increasing for   and   is decreasing for   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​   ? ​

A)​
<strong>​If   is a function such that   is increasing for   and   is decreasing for   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​
B)​
<strong>​If   is a function such that   is increasing for   and   is decreasing for   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​
C)​
<strong>​If   is a function such that   is increasing for   and   is decreasing for   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​
D)​
<strong>​If   is a function such that   is increasing for   and   is decreasing for   ,then which of the following could be the graph of   ? ​</strong> A)​   B)​   C)​   D)​
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61
​Which of the following series converge? ​
i. <strong>​Which of the following series converge? ​ i.   II.   III.   ​</strong> A)​I only B)​I and II C)​I and III D)​I,II,and III II. <strong>​Which of the following series converge? ​ i.   II.   III.   ​</strong> A)​I only B)​I and II C)​I and III D)​I,II,and III III. <strong>​Which of the following series converge? ​ i.   II.   III.   ​</strong> A)​I only B)​I and II C)​I and III D)​I,II,and III

A)​I only
B)​I and II
C)​I and III
D)​I,II,and III
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62
​If <strong>​If   and   ,then   ​</strong> A)​   B)​   C)​   D)​   and <strong>​If   and   ,then   ​</strong> A)​   B)​   C)​   D)​   ,then <strong>​If   and   ,then   ​</strong> A)​   B)​   C)​   D)​

A)​ <strong>​If   and   ,then   ​</strong> A)​   B)​   C)​   D)​
B)​ <strong>​If   and   ,then   ​</strong> A)​   B)​   C)​   D)​
C)​ <strong>​If   and   ,then   ​</strong> A)​   B)​   C)​   D)​
D)​ <strong>​If   and   ,then   ​</strong> A)​   B)​   C)​   D)​
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63
​The acceleration vector of a particle moving in the <strong>​The acceleration vector of a particle moving in the   -plane is   ,for   .If the velocity vector at   is   ,then how fast is the particle moving when   ? ​</strong> A)​5 B)​6 C)​   D)​   -plane is <strong>​The acceleration vector of a particle moving in the   -plane is   ,for   .If the velocity vector at   is   ,then how fast is the particle moving when   ? ​</strong> A)​5 B)​6 C)​   D)​   ,for <strong>​The acceleration vector of a particle moving in the   -plane is   ,for   .If the velocity vector at   is   ,then how fast is the particle moving when   ? ​</strong> A)​5 B)​6 C)​   D)​   .If the velocity vector at <strong>​The acceleration vector of a particle moving in the   -plane is   ,for   .If the velocity vector at   is   ,then how fast is the particle moving when   ? ​</strong> A)​5 B)​6 C)​   D)​   is <strong>​The acceleration vector of a particle moving in the   -plane is   ,for   .If the velocity vector at   is   ,then how fast is the particle moving when   ? ​</strong> A)​5 B)​6 C)​   D)​   ,then how fast is the particle moving when <strong>​The acceleration vector of a particle moving in the   -plane is   ,for   .If the velocity vector at   is   ,then how fast is the particle moving when   ? ​</strong> A)​5 B)​6 C)​   D)​   ? ​

A)​5
B)​6
C)​ <strong>​The acceleration vector of a particle moving in the   -plane is   ,for   .If the velocity vector at   is   ,then how fast is the particle moving when   ? ​</strong> A)​5 B)​6 C)​   D)​
D)​ <strong>​The acceleration vector of a particle moving in the   -plane is   ,for   .If the velocity vector at   is   ,then how fast is the particle moving when   ? ​</strong> A)​5 B)​6 C)​   D)​
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64
​The graph of <strong>​The graph of   has inflection points at   ​</strong> A)​-   and   only. B)​0 and   only. C)​​0 and   only. D)​​-   ,0 and   . has inflection points at <strong>​The graph of   has inflection points at   ​</strong> A)​-   and   only. B)​0 and   only. C)​​0 and   only. D)​​-   ,0 and   .

A)​- <strong>​The graph of   has inflection points at   ​</strong> A)​-   and   only. B)​0 and   only. C)​​0 and   only. D)​​-   ,0 and   . and
<strong>​The graph of   has inflection points at   ​</strong> A)​-   and   only. B)​0 and   only. C)​​0 and   only. D)​​-   ,0 and   . only.
B)​0 and <strong>​The graph of   has inflection points at   ​</strong> A)​-   and   only. B)​0 and   only. C)​​0 and   only. D)​​-   ,0 and   . only.
C)​​0 and <strong>​The graph of   has inflection points at   ​</strong> A)​-   and   only. B)​0 and   only. C)​​0 and   only. D)​​-   ,0 and   . only.
D)​​- <strong>​The graph of   has inflection points at   ​</strong> A)​-   and   only. B)​0 and   only. C)​​0 and   only. D)​​-   ,0 and   . ,0 and
<strong>​The graph of   has inflection points at   ​</strong> A)​-   and   only. B)​0 and   only. C)​​0 and   only. D)​​-   ,0 and   . .
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65
​If <strong>​If   ,then   ​</strong> A)​   B)​   C)​   D)​   ,then <strong>​If   ,then   ​</strong> A)​   B)​   C)​   D)​

A)​ <strong>​If   ,then   ​</strong> A)​   B)​   C)​   D)​
B)​ <strong>​If   ,then   ​</strong> A)​   B)​   C)​   D)​
C)​ <strong>​If   ,then   ​</strong> A)​   B)​   C)​   D)​
D)​ <strong>​If   ,then   ​</strong> A)​   B)​   C)​   D)​
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66
​What are all the values of <strong>​What are all the values of   for which the series   converges? ​</strong> A)​   B)​   C)​   D)​   for which the series <strong>​What are all the values of   for which the series   converges? ​</strong> A)​   B)​   C)​   D)​   converges? ​

A)​ <strong>​What are all the values of   for which the series   converges? ​</strong> A)​   B)​   C)​   D)​
B)​ <strong>​What are all the values of   for which the series   converges? ​</strong> A)​   B)​   C)​   D)​
C)​ <strong>​What are all the values of   for which the series   converges? ​</strong> A)​   B)​   C)​   D)​
D)​ <strong>​What are all the values of   for which the series   converges? ​</strong> A)​   B)​   C)​   D)​
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67
​The graph of <strong>​The graph of   below,consisting of a pair of line segments,is pictured below. ​   ​ If   ,then   ​</strong> A)​3 B)​4 C)​4.5 D)​5.5 below,consisting of a pair of line segments,is pictured below. ​ <strong>​The graph of   below,consisting of a pair of line segments,is pictured below. ​   ​ If   ,then   ​</strong> A)​3 B)​4 C)​4.5 D)​5.5
If <strong>​The graph of   below,consisting of a pair of line segments,is pictured below. ​   ​ If   ,then   ​</strong> A)​3 B)​4 C)​4.5 D)​5.5 ,then <strong>​The graph of   below,consisting of a pair of line segments,is pictured below. ​   ​ If   ,then   ​</strong> A)​3 B)​4 C)​4.5 D)​5.5

A)​3
B)​4
C)​4.5
D)​5.5
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68
<strong>​   ​ Let   ,where   is pictured above. ​ ​What is the domain of   ? ​</strong> A)​All real numbers except -1 and 5 B)​   C)​   D)​
Let <strong>​   ​ Let   ,where   is pictured above. ​ ​What is the domain of   ? ​</strong> A)​All real numbers except -1 and 5 B)​   C)​   D)​   ,where <strong>​   ​ Let   ,where   is pictured above. ​ ​What is the domain of   ? ​</strong> A)​All real numbers except -1 and 5 B)​   C)​   D)​   is pictured above.

​What is the domain of <strong>​   ​ Let   ,where   is pictured above. ​ ​What is the domain of   ? ​</strong> A)​All real numbers except -1 and 5 B)​   C)​   D)​   ? ​

A)​All real numbers except -1 and 5
B)​ <strong>​   ​ Let   ,where   is pictured above. ​ ​What is the domain of   ? ​</strong> A)​All real numbers except -1 and 5 B)​   C)​   D)​
C)​ <strong>​   ​ Let   ,where   is pictured above. ​ ​What is the domain of   ? ​</strong> A)​All real numbers except -1 and 5 B)​   C)​   D)​
D)​ <strong>​   ​ Let   ,where   is pictured above. ​ ​What is the domain of   ? ​</strong> A)​All real numbers except -1 and 5 B)​   C)​   D)​
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69
​The volume of the solid generated by revolving the region enclosed between the graph of <strong>​The volume of the solid generated by revolving the region enclosed between the graph of   and the lines   and   about the   -axis is given by which integral expression? ​</strong> A)​   B)​   C)​   D)​   and the lines <strong>​The volume of the solid generated by revolving the region enclosed between the graph of   and the lines   and   about the   -axis is given by which integral expression? ​</strong> A)​   B)​   C)​   D)​   and <strong>​The volume of the solid generated by revolving the region enclosed between the graph of   and the lines   and   about the   -axis is given by which integral expression? ​</strong> A)​   B)​   C)​   D)​   about the <strong>​The volume of the solid generated by revolving the region enclosed between the graph of   and the lines   and   about the   -axis is given by which integral expression? ​</strong> A)​   B)​   C)​   D)​   -axis is given by which integral expression? ​

A)​ <strong>​The volume of the solid generated by revolving the region enclosed between the graph of   and the lines   and   about the   -axis is given by which integral expression? ​</strong> A)​   B)​   C)​   D)​
B)​ <strong>​The volume of the solid generated by revolving the region enclosed between the graph of   and the lines   and   about the   -axis is given by which integral expression? ​</strong> A)​   B)​   C)​   D)​
C)​ <strong>​The volume of the solid generated by revolving the region enclosed between the graph of   and the lines   and   about the   -axis is given by which integral expression? ​</strong> A)​   B)​   C)​   D)​
D)​ <strong>​The volume of the solid generated by revolving the region enclosed between the graph of   and the lines   and   about the   -axis is given by which integral expression? ​</strong> A)​   B)​   C)​   D)​
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70
​The area enclosed by the polar curve <strong>​The area enclosed by the polar curve   in the interval   is ​</strong> A)​   B)​   C)​   D)​   in the interval <strong>​The area enclosed by the polar curve   in the interval   is ​</strong> A)​   B)​   C)​   D)​   is ​

A)​ <strong>​The area enclosed by the polar curve   in the interval   is ​</strong> A)​   B)​   C)​   D)​
B)​ <strong>​The area enclosed by the polar curve   in the interval   is ​</strong> A)​   B)​   C)​   D)​
C)​ <strong>​The area enclosed by the polar curve   in the interval   is ​</strong> A)​   B)​   C)​   D)​
D)​ <strong>​The area enclosed by the polar curve   in the interval   is ​</strong> A)​   B)​   C)​   D)​
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71
​A particle moves in the <strong>​A particle moves in the   -plane according to the parametric equations   and   .An expression for the length of the path of the particle from   to   is ​</strong> A)​   B)​   C)​   D)​   -plane according to the parametric equations <strong>​A particle moves in the   -plane according to the parametric equations   and   .An expression for the length of the path of the particle from   to   is ​</strong> A)​   B)​   C)​   D)​   and <strong>​A particle moves in the   -plane according to the parametric equations   and   .An expression for the length of the path of the particle from   to   is ​</strong> A)​   B)​   C)​   D)​   .An expression for the length of the path of the particle from <strong>​A particle moves in the   -plane according to the parametric equations   and   .An expression for the length of the path of the particle from   to   is ​</strong> A)​   B)​   C)​   D)​   to <strong>​A particle moves in the   -plane according to the parametric equations   and   .An expression for the length of the path of the particle from   to   is ​</strong> A)​   B)​   C)​   D)​   is ​

A)​ <strong>​A particle moves in the   -plane according to the parametric equations   and   .An expression for the length of the path of the particle from   to   is ​</strong> A)​   B)​   C)​   D)​
B)​ <strong>​A particle moves in the   -plane according to the parametric equations   and   .An expression for the length of the path of the particle from   to   is ​</strong> A)​   B)​   C)​   D)​
C)​ <strong>​A particle moves in the   -plane according to the parametric equations   and   .An expression for the length of the path of the particle from   to   is ​</strong> A)​   B)​   C)​   D)​
D)​ <strong>​A particle moves in the   -plane according to the parametric equations   and   .An expression for the length of the path of the particle from   to   is ​</strong> A)​   B)​   C)​   D)​
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72
​The general solution to the differential equation <strong>​The general solution to the differential equation   is   ​</strong> A)​   B)​   C)​   D)​   is <strong>​The general solution to the differential equation   is   ​</strong> A)​   B)​   C)​   D)​

A)​ <strong>​The general solution to the differential equation   is   ​</strong> A)​   B)​   C)​   D)​
B)​ <strong>​The general solution to the differential equation   is   ​</strong> A)​   B)​   C)​   D)​
C)​ <strong>​The general solution to the differential equation   is   ​</strong> A)​   B)​   C)​   D)​
D)​ <strong>​The general solution to the differential equation   is   ​</strong> A)​   B)​   C)​   D)​
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73
​Evaluate the limit,if it exists: <strong>​Evaluate the limit,if it exists:   . ​</strong> A)​0 B)​1 C)​-1 D)​The limit does not exist . ​

A)​0
B)​1
C)​-1
D)​The limit does not exist
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74
​The first four terms of the Taylor expansion for <strong>​The first four terms of the Taylor expansion for   about   are   .What is the value of   ? ​</strong> A)​- 6 B)​- 3 C)​-   D)​-   about <strong>​The first four terms of the Taylor expansion for   about   are   .What is the value of   ? ​</strong> A)​- 6 B)​- 3 C)​-   D)​-   are <strong>​The first four terms of the Taylor expansion for   about   are   .What is the value of   ? ​</strong> A)​- 6 B)​- 3 C)​-   D)​-   .What is the value of <strong>​The first four terms of the Taylor expansion for   about   are   .What is the value of   ? ​</strong> A)​- 6 B)​- 3 C)​-   D)​-   ? ​

A)​- 6
B)​- 3
C)​- <strong>​The first four terms of the Taylor expansion for   about   are   .What is the value of   ? ​</strong> A)​- 6 B)​- 3 C)​-   D)​-
D)​- <strong>​The first four terms of the Taylor expansion for   about   are   .What is the value of   ? ​</strong> A)​- 6 B)​- 3 C)​-   D)​-
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75
​Let <strong>​Let   .The first four nonzero terms of the Taylor approximation for   about   are ​</strong> A)​   B)​   C)​   D)​   .The first four nonzero terms of the Taylor approximation for <strong>​Let   .The first four nonzero terms of the Taylor approximation for   about   are ​</strong> A)​   B)​   C)​   D)​   about <strong>​Let   .The first four nonzero terms of the Taylor approximation for   about   are ​</strong> A)​   B)​   C)​   D)​   are ​

A)​ <strong>​Let   .The first four nonzero terms of the Taylor approximation for   about   are ​</strong> A)​   B)​   C)​   D)​
B)​ <strong>​Let   .The first four nonzero terms of the Taylor approximation for   about   are ​</strong> A)​   B)​   C)​   D)​
C)​ <strong>​Let   .The first four nonzero terms of the Taylor approximation for   about   are ​</strong> A)​   B)​   C)​   D)​
D)​ <strong>​Let   .The first four nonzero terms of the Taylor approximation for   about   are ​</strong> A)​   B)​   C)​   D)​
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76
​What is the slope of the curve <strong>​What is the slope of the curve   at the point   ? ​</strong> A)​   B)​   C)​   D)​   at the point <strong>​What is the slope of the curve   at the point   ? ​</strong> A)​   B)​   C)​   D)​   ? ​

A)​ <strong>​What is the slope of the curve   at the point   ? ​</strong> A)​   B)​   C)​   D)​
B)​ <strong>​What is the slope of the curve   at the point   ? ​</strong> A)​   B)​   C)​   D)​
C)​ <strong>​What is the slope of the curve   at the point   ? ​</strong> A)​   B)​   C)​   D)​
D)​ <strong>​What is the slope of the curve   at the point   ? ​</strong> A)​   B)​   C)​   D)​
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77
​The slope field at the bottom represents an approximation to the general solution to which differential equation? ​ <strong>​The slope field at the bottom represents an approximation to the general solution to which differential equation? ​   ​</strong> A)​   B)​   C)​   D)​

A)​ <strong>​The slope field at the bottom represents an approximation to the general solution to which differential equation? ​   ​</strong> A)​   B)​   C)​   D)​
B)​ <strong>​The slope field at the bottom represents an approximation to the general solution to which differential equation? ​   ​</strong> A)​   B)​   C)​   D)​
C)​ <strong>​The slope field at the bottom represents an approximation to the general solution to which differential equation? ​   ​</strong> A)​   B)​   C)​   D)​
D)​ <strong>​The slope field at the bottom represents an approximation to the general solution to which differential equation? ​   ​</strong> A)​   B)​   C)​   D)​
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78
​What is the value of <strong>​What is the value of   ? ​</strong> A)​0 B)​1 C)​2 D)​4 ? ​

A)​0
B)​1
C)​2
D)​4
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79
​The slope of the normal line to <strong>​The slope of the normal line to   at   is ​</strong> A)​   B)​0 C)​   D)​10 at <strong>​The slope of the normal line to   at   is ​</strong> A)​   B)​0 C)​   D)​10 is ​

A)​ <strong>​The slope of the normal line to   at   is ​</strong> A)​   B)​0 C)​   D)​10
B)​0
C)​ <strong>​The slope of the normal line to   at   is ​</strong> A)​   B)​0 C)​   D)​10
D)​10
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80
​Which expression below represents the first four terms of the Maclaurin approximation to the area under the curve <strong>​Which expression below represents the first four terms of the Maclaurin approximation to the area under the curve   from   to   ? ​</strong> A)​   B)​   C)​   D)​   from <strong>​Which expression below represents the first four terms of the Maclaurin approximation to the area under the curve   from   to   ? ​</strong> A)​   B)​   C)​   D)​   to <strong>​Which expression below represents the first four terms of the Maclaurin approximation to the area under the curve   from   to   ? ​</strong> A)​   B)​   C)​   D)​   ? ​

A)​ <strong>​Which expression below represents the first four terms of the Maclaurin approximation to the area under the curve   from   to   ? ​</strong> A)​   B)​   C)​   D)​
B)​ <strong>​Which expression below represents the first four terms of the Maclaurin approximation to the area under the curve   from   to   ? ​</strong> A)​   B)​   C)​   D)​
C)​ <strong>​Which expression below represents the first four terms of the Maclaurin approximation to the area under the curve   from   to   ? ​</strong> A)​   B)​   C)​   D)​
D)​ <strong>​Which expression below represents the first four terms of the Maclaurin approximation to the area under the curve   from   to   ? ​</strong> A)​   B)​   C)​   D)​
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