Question: 8. For the function r = 20, find the second derivative dx 9. Find the area of one petal of the rose r =

8. For the function ( r=2 theta ), find the second derivative ( frac{d^{2} y}{d x^{2}} ). 9. Find the area of one petal 

8. For the function r = 20, find the second derivative dx 9. Find the area of one petal of the rose r = 3 sin(20). 10. Find the area that is inside both polar curves r = 2, and r = 3+2 cos 0.

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To find the second derivative of the function r 20 we need to express it in terms of x Since the given equation is in polar coordinates we need to con... View full answer

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