Find a Cartesian equation for the curve represented by polar equation r = 4cos 0-6 sin 0. OA. (x – 2)* + (y +3)' = 10 - OB («-2)* + (y+3)' =9 OC (x- 2)° + (y+3)' = 4 OD. D(x + 2)' + (y - 3) = 13 ()-3)' =1 (x – 2)° + (y + 3)* =

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter11: Topics From Analytic Geometry
Section11.5: Polar Coordinates
Problem 87E
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Question 1
Find a Cartesian equation for the curve represented by polar equation r = 4 cos 0-6 sin 0.
OA.
(x – 2)* + (y+3)* =
OB (x - 2)* + (y +3)* =
(y+3)° =9
OC.
2
(x – 2)° + (y +3) = 4
OD.
(x + 2)* + (y - 3)* =
13
(x- 2)* + (y+3)' = 13
Transcribed Image Text:Question 1 Find a Cartesian equation for the curve represented by polar equation r = 4 cos 0-6 sin 0. OA. (x – 2)* + (y+3)* = OB (x - 2)* + (y +3)* = (y+3)° =9 OC. 2 (x – 2)° + (y +3) = 4 OD. (x + 2)* + (y - 3)* = 13 (x- 2)* + (y+3)' = 13
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