The graph of the polar curves r = 4 and r=4-3sin(20) are shown in the figure for RIN- 2 4 6 0 dx Π (a) For r=4-3sin(20), find the value of at = de 3 πT (b) The distance between the curves changes for 0≤0≤ Write an expression for the 2 Π distance D between the curves for 0 << 2 (c) Find the rate at which the distance between the curves is changing with respect to πT when = Show the work that leads to your answer. 6

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter11: Topics From Analytic Geometry
Section11.5: Polar Coordinates
Problem 88E
Question
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The graph of the polar curves r = 4 and r=4-3sin(20) are shown in the figure for
RIN-
2 4
6
0
dx
Π
(a) For r=4-3sin(20), find the value of
at =
de
3
πT
(b) The distance between the curves changes for 0≤0≤
Write an expression for the
2
Π
distance D between the curves for 0 <<
2
(c) Find the rate at which the distance between the curves is changing with respect to
πT
when =
Show the work that leads to your answer.
6
Transcribed Image Text:The graph of the polar curves r = 4 and r=4-3sin(20) are shown in the figure for RIN- 2 4 6 0 dx Π (a) For r=4-3sin(20), find the value of at = de 3 πT (b) The distance between the curves changes for 0≤0≤ Write an expression for the 2 Π distance D between the curves for 0 << 2 (c) Find the rate at which the distance between the curves is changing with respect to πT when = Show the work that leads to your answer. 6
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