1). Find the dervatives dy/dx and d^2/dx^2 , and evaluate them at t = 2. x...

1). Find the dervatives dy/dx and d^2/dx^2 , and evaluate them at t = 2.

x = t^2 , y= t ln t

2) Find the arc length of the curve on the given interval.

x = ln t , y = t + 1 , 1 < or equal to t < or equal to 2

3) Find the area of region bounded by the polar curve on the given interval.

r = tan theta , pi/6 < or equal to theta < or equal to pi/3

4) Find the length of the polar curve on the given interval

r = (theta)^2 , 0 < or equal to theta < or equal to pi/2

Last few questions from my math packet, any help would help ! Thank you so much.

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milcah answered 1 year ago

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