4. You hold a 1 kg ball in your hand 1.02 m above the ground. You...

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4. You hold a 1 kg ball in your hand 1.02 m above the ground. You throw the ball upward at 6 m/s, and then allow it to bounce once. After the bounce, it reaches a height of 2.04 m. For each of the following points in time, draw an energy bar diagram showing the amounts of each type of energy present in the Earth/Ball system at that time. Assume that the ground represents h=0 for the purposes of potential energy calculations. a. As the ball is leaving your hand b. As the ball reaches its maximum height prior to bouncing c. As the ball leaves the ground after bouncing d. As the ball reaches its final height after the bounce Part A Part B Part C Part D K U Ediss K U Ediss K U Ediss K U Ediss 4. You hold a 1 kg ball in your hand 1.02 m above the ground. You throw the ball upward at 6 m/s, and then allow it to bounce once. After the bounce, it reaches a height of 2.04 m. For each of the following points in time, draw an energy bar diagram showing the amounts of each type of energy present in the Earth/Ball system at that time. Assume that the ground represents h=0 for the purposes of potential energy calculations. a. As the ball is leaving your hand b. As the ball reaches its maximum height prior to bouncing c. As the ball leaves the ground after bouncing d. As the ball reaches its final height after the bounce Part A Part B Part C Part D K U Ediss K U Ediss K U Ediss K U Ediss