Deck 15: Graphing Utilities

Question 1

Graph the equation using the indicated viewing window.

Answer 1

C

Question 2

Determine the coordinates of the points shown. Tell in which quadrant the point lies. Assume the coordinates are
integers.

Answer 2

B

Question 3

Use ZERO (or ROOT) to approximate the positive x-intercepts of the equation. Round to two decimal places.

Answer 3

B

Question 4

Determine the viewing window used.

Question 5

Determine the coordinates of the points shown. Tell in which quadrant the point lies. Assume the coordinates are
integers.

Question 6

For the equation, create a table, nd list points on the graph.

Question 7

For the equation, create a table, nd list points on the graph.

Question 8

Determine the coordinates of the points shown. Tell in which quadrant the point lies. Assume the coordinates are
integers.

Question 9

Use ZERO (or ROOT) to approximate the smaller of the two x-intercepts of the equation. Express the answer rounded to
two decimal places.

Question 10

Determine the viewing window used.

Question 11

Graph the equation using the indicated viewing window.

Question 12

Select a setting so that the given points will lie within the viewing rectangle.

Question 13

Graph the equation using the indicated viewing window.

Question 14

Use ZERO (or ROOT) to approximate the positive x-intercepts of the equation. Round to two decimal places.

Question 15

Determine the viewing window used.

Question 16

Determine the viewing window used.

Question 17

Find the length of the line segment. Assume that the endpoints of the segment have integer coordinates.

Question 18

Find the length of the line segment. Assume that the endpoints of the segment have integer coordinates.
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Question 19

Determine the coordinates of the points shown. Tell in which quadrant the point lies. Assume the coordinates are
integers.

Question 20

For the equation, create a table, nd list points on the graph.

Question 21

Use a graphing utility to graph the polar equation.

Question 22

Use ZERO (or ROOT) to find the solutions to the equation. Round to two decimal places.

Question 23

Use INTERSECT to find the solution to the equation. Round to two decimal places, if necessary.

Question 24

Use a graphing utility to solve the system of linear equations and give the solution of the system.

Question 25

Determine whether the given viewing rectangle will result in a square screen.

Question 26

Use a graphing utility to graph the inequality.

Question 27

Use a graphing utility to graph the parametric equation.

Question 28

Use a graphing utility to graph the inequality.

Question 29

Use ZERO (or ROOT) to approximate the positive x-intercepts of the equation. Round to two decimal places.