a) Use polar coordinates to calculate SSR(3x+2y)dA where R is the region in the second quadrant between the concentric circles of radii 1 and 4 centered at the origin b) Use polar coordinates to evaluate fry(x²+y²)³dA where R={(x,y) | x²+y²<1, y≥0}

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter11: Topics From Analytic Geometry
Section: Chapter Questions
Problem 24RE
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a) Use polar coordinates to calculate SSR(3x+2y)dA where R is the region in the second
quadrant between the concentric circles of radii 1 and 4 centered at the origin
b) Use polar coordinates to evaluate ſſRy(x²+y²)³dA where R={(x,y) | x²+y²<1, y>0}
Transcribed Image Text:a) Use polar coordinates to calculate SSR(3x+2y)dA where R is the region in the second quadrant between the concentric circles of radii 1 and 4 centered at the origin b) Use polar coordinates to evaluate ſſRy(x²+y²)³dA where R={(x,y) | x²+y²<1, y>0}
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