Graph each equation. r = 4 + 2 cos (J

Sketch the graph of each equation by making a table using values of 0 that are multiples of 45.r 6 cos 0

Sketch the graph of each equation by making a table using values of 0 that are multiples of 45.r 4 sin 0

Sketch the graph of each equation by making a table using values of 0 that are multiples of 45.r = sin 20

Sketch the graph of each equation by making a table using values of 0 that are multiples of 45.r cos 20

Use your graphing calculator in polar mode to generate a table for each equation using values of (J that are multiples of 15. Sketch the graph of the equation using the values from your table.r = 2 cos 2e

Use your graphing calculator in polar mode to generate a table for each equation using values of (J that are multiples of 15. Sketch the graph of the equation using the values from your table.r = 2 sin 2(J

Use your graphing calculator in polar mode to generate a table for each equation using values of (J that are multiples of 15. Sketch the graph of the equation using the values from your table.r = 3 + 3 sin (J

Use your graphing calculator in polar mode to generate a table for each equation using values of (J that are multiples of 15. Sketch the graph of the equation using the values from your table.r = 3 + 3 cos (J

Graph each equation. r = 3

Graph each equation. r = 2

Graph each equation. (J = ..JI

Graph each equation. (J = 3'71

Graph each equation. r 3 sin (J

Graph each equation. r = 3 cos (J

Graph each equation. r 4 + 2 sin (J

Graph each equation. r = 4 + 2 cos (J

Graph each equation. r = 2 + 4 cos (J

Graph each equation. r = 2 + 4 sin (J

Graph each equation. r = 2 + 2 sin (J

Graph each equation. r 2 + 2 cos (J

Graph each equation. r2 = 9 sin 2(J

Graph each equation. r2 = 4 cos 2(J

Graph each equation. r 2 sin 2(J

Graph each equation. r = 2 cos 2(J

Graph each equation. r = 4 cos 3(J

Graph each equation. r 4 sin 3(J

Graph each equation using your graphing calculator in polar mode. r 2 cos 2(J

Graph each equation using your graphing calculator in polar mode. r = 2 sin 28

Graph each equation using your graphing calculator in polar mode. r = 4 sin 5(J

Graph each equation using your graphing calculator in polar mode. r 6 cos 6(J

Graph each equation using your graphing calculator in polar mode. r = 3 + 3 sin (J

Graph each equation using your graphing calculator in polar mode. r 3 + 3 cos 8

Graph each equation using your graphing calculator in polar mode. r = 1 - 4 cos 8

Graph each equation using your graphing calculator in polar mode. r 4 5 sin (

Graph each equation using your graphing calculator in polar mode. r = 2 cos 28 - 3 sin 8

Graph each equation using your graphing calculator in polar mode. r 3 sin 2(J + 2 cos 8

Graph each equation using your graphing calculator in polar mode. r = 3 sin 2(J + sin 8

Graph each equation using your graphing calculator in polar mode. r 2 cos 28 cos (J

Convert each equation to polar coordinates and then sketch the graph. x 2 + y2 = 16

Convert each equation to polar coordinates and then sketch the graph. x2 + y2 25

Convert each equation to polar coordinates and then sketch the graph. x 2 + y2 = 6x

Convert each equation to polar coordinates and then sketch the graph. x 2 + y2 6y

Convert each equation to polar coordinates and then sketch the graph. (x2 + y2p = 2xy

Convert each equation to polar coordinates and then sketch the graph. (x2 + y2)2 yZ

Change each equation to rectangular coordinates and then graph. r(2 cos (J + 3 sin (J) = 6

Change each equation to rectangular coordinates and then graph. r(3 cos (J 2 sin 8) 6

Change each equation to rectangular coordinates and then graph. r( 1 - cos (J) = 1

Change each equation to rectangular coordinates and then graph. r(1 sin 8) 1

Change each equation to rectangular coordinates and then graph. r 4 sin (J

Change each equation to rectangular coordinates and then graph. r = 6 cos (J

Graph rl = 2 sin (J and rz = 2 cos (J and then name two points they have in common

Graph rl = 2 + 2 cos (J and r2 = 2 2 cos 8 and name three points they have in common.

The problems that follow review material we covered in Section 4.6. Graph each equation.y sin x - cos x, 0 :::; x :::; 4'71"

The problems that follow review material we covered in Section 4.6. Graph each equation.Y cos x sin x, 0 x 4'71"

The problems that follow review material we covered in Section 4.6. Graph each equation.y = x + sin '71"X, 0 :::; X :::; 8

The problems that follow review material we covered in Section 4.6. Graph each equation.y x + cos '71"X, 0 X 8

The problems that follow review material we covered in Section 4.6. Graph each equation.y = 3 sin x + cos 2x, 0 :::; x :::; 4'lT

The problems that follow review material we covered in Section 4.6. Graph each equation.y = sm x + '2 cos 2x, 0 :::; x :::; 4'71"