Consider the polar curves represented by r=2 and r=3+2cos( θ ) Consider the polar curves represented by r = 2 and r == 3+2 cos(0).(a) Let R be the region common to both. Find the area of R.(b) A particle moving with nonzero velocity along the polar curve r = 3+2 cos(0) has position(x(t), y(t)) at time t with 0 = 0 when t = 0. The particle moves along the curve so that =Find the value of at 0 = and interpret this answer in terms of the motion of the particle.%3D(c) For the particle described in (b), = . Find at 0 = and interpret this result in termsof the motion of the particle.%3D

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Consider the polar curves represented by r = 2 and r = 3+2 cos(0). (a) Let R be the region common to both. Find the area of R.

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter11: Topics From Analytic Geometry

Section11.5: Polar Coordinates

Problem 90E

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Question

Consider the polar curves represented by r=2 and r=3+2cos( θ )

Consider the polar curves represented by r = 2 and r =
= 3+2 cos(0).
(a) Let R be the region common to both. Find the area of R.
(b) A particle moving with nonzero velocity along the polar curve r = 3+2 cos(0) has position
(x(t), y(t)) at time t with 0 = 0 when t = 0. The particle moves along the curve so that =
Find the value of at 0 = and interpret this answer in terms of the motion of the particle.
%3D
(c) For the particle described in (b), = . Find at 0 = and interpret this result in terms
of the motion of the particle.
%3D

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