ANAL YSIS: !\" 9' 7"?\" Develop a data table that will contain the appropriate information obtained. For each bounce: a. Determine the impact velocity and the upward bounce velocity. b. What is the initial and final momentum? c. Plot a graph of \"return vs. \"impact (x-axis) then determine the coefficient of restitution e where: \"Impact d. Calculate the amount of kinetic energy lost ( mgAh ) upon each bounce and the percent. Where is the lost kinetic energy? Is bouncing elastic or inelastic for this lab? Suggest a formula for 6' using the heights of drop and return; then verify it for one of your trials. Estimate the e for a golf ball, tennis ball, and one other ball using your equation for heights of drop and return. For a perfectly elastic collision what is 6\"? On your graph, sketch a line for a perfectly elastic collision and one that is totally inelastic