1. Evaluate the given integral by changing to polar cooridnates. a. [lpx dA where R is the disk with center the origin and radius 5. b. SSR Va² + y? dA where R= {(x, y)| 1

1. Evaluate the given integral by changing to polar cooridnates.<br>a. [lpx dA where R is the disk with center the origin and radius 5.<br>b. SSR Va² + y? dA where R= {(x, y)| 1< a² + y? < 9, y 2 0}<br>c. SSp Te2 dA where D is the region in the first qudrant enclosed by the<br>JJD +y²)³/²<br>1<br>circle x2 + y? = 16<br>

Extracted text: 1. Evaluate the given integral by changing to polar cooridnates. a. [lpx dA where R is the disk with center the origin and radius 5. b. SSR Va² + y? dA where R= {(x, y)| 1< a²="" +="" y?="">< 9,="" y="" 2="" 0}="" c.="" ssp="" te2="" da="" where="" d="" is="" the="" region="" in="" the="" first="" qudrant="" enclosed="" by="" the="" jjd="" +y²)³/²="" 1="" circle="" x2="" +="" y?="">

Jun 05, 2022

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1. Evaluate the given integral by changing to polar cooridnates. a. [lpx dA where R is the disk with center the origin and radius 5. b. SSR Va² + y? dA where R= {(x, y)| 1

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