Question

Can someone please break down this question for me into parts? I’m having an extremely hard time visualizing everything happening

(20 points) Take a ball, with a fan attached to it pointing downward, with a total mass (ball + fan) of 1/5 Kg. This whole arrangement is thrown vertically upward from the edge of a building 50 meters high with an initial velocity of 30 meters/second, with the fan turned on The fan exerts an upward force of (1-e-3) Kg meter/second2, where t is the time in seconds since the ball is released. Assume that the gravitational acceleration is 10 meters/second, and that the force due to air resistance is Kg meter/second2, where l is the magnitude of the velocity v at timet. Find the velocity as a function of time, v(t), during the motion of the ball + fan in the upward direction What is the time it takes to reach the maximum height? No need to explicitly solve for it, just keep it in an implicit form

Answer 1

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