A ball of mass m is dropped from height h and it is subject both to the force of gravity, and air resistance which acts as -bv^2 where v is the velocity vector of the ball. 1. Using Newton's 2nd Law, write down a differential equation that governs the speed of the ball. 2. Estimate the terminal speed, v_t, of the ball. 3. Make a rough estimate of the time it takes for the object to reach its terminal speed. (I think you use taylor series).

Get this answer with Chegg Study