A stone dropped into a pond at time t = 0 causes a circular ripple that travels out from the point o
Question: A stone dropped into a pond at time t = 0 causes a circular ripple that travels out from the point of impact at 5 m/s. At what rate is the area within the circle increasing when t = 10?
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Deliverable: Word Document
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Solution: Differentiate f(x)=(1)/(1-frac{2){x}} #3881
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(See Solution) Write the equation of the tangent line to the graph of y= arctan x, at the point x = 1 #1301
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[Solution] Evaluate ∫_{C}{P(x,y)dx+Q(x,y)dy} given P(x,y)=y^2, Q(x,y)=3x; C is the part of the graph of y=3 #4688
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