this time using matrices. Compare your answer to WHO 5. The equation for the (not too fast) velocity of a ball in the pr
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this time using matrices. Compare your answer to WHO 5. The equation for the (not too fast) velocity of a ball in the pr
this time using matrices. Compare your answer to WHO 5. The equation for the (not too fast) velocity of a ball in the presence of air resistance, is given to a good approximation by v (t) = vo (1 - et/7). where up is the terminal velocity, and is a constant with units of seconds. Determine the initial speed, and how long it would take (in units of T) for the ball to reach v=v0/2.
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