A sailboat is being towed towards a 8'8′ high dock by means of a rope. Here r=r(t)r=r(t) represents the rope length at time tt. If the rate at which the rope length is changing(decreasing) is 55 feet/second , determine the speed at which the sailboat is approaching the dock when the rope length is r=10'r=10′.
A sailboat is being towed towards a 8'8′ high dock by means of a rope. Here r=r(t)r=r(t) represents the rope length at time tt. If the rate at which the rope length is changing(decreasing) is 55 feet/second , determine the speed at which the sailboat is approaching the dock when the rope length is r=10'r=10′.
Chapter6: Exponential And Logarithmic Functions
Section: Chapter Questions
Problem 51RE: The population of a city is modeled by the equation P(t)=256,114e0.25t where t is measured in years....
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A sailboat is being towed towards a 8'8′ high dock by means of a rope. Here r=r(t)r=r(t) represents the rope length at time tt. If the rate at which the rope length is changing(decreasing) is 55 feet/second , determine the speed at which the sailboat is approaching the dock when the rope length is r=10'r=10′.
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