A stone is dropped into a pond, causing water waves that form concentric circles. If after i seconds, the radius of one of the wave is 61 centimeters, find the rate of change (with respect to ) of the area of the circle caused by the wave at t=6. Round your answer up to two decimal places.
A stone is dropped into a pond, causing water waves that form concentric circles. If after i seconds, the radius of one of the wave is 61 centimeters, find the rate of change (with respect to ) of the area of the circle caused by the wave at t=6. Round your answer up to two decimal places.
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![A stone is dropped into a pond, causing water waves that form concentric circles.
If after t seconds, the radius of one of the wave is 6t centimeters, find the rate of change (with respect to ) of the area of the
circle caused by the wave at t= 6.
Round your answer up to two decimal places.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1dc10645-4d2e-4e4d-b6d0-45b4ead0f636%2F0a50d931-aa97-41b5-ac64-3e5a38875a9d%2Fucxpnfe_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A stone is dropped into a pond, causing water waves that form concentric circles.
If after t seconds, the radius of one of the wave is 6t centimeters, find the rate of change (with respect to ) of the area of the
circle caused by the wave at t= 6.
Round your answer up to two decimal places.
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