The diagram shows a skateboarder starting to roll down a hill. Assume that the skateboard rolls...

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The diagram shows a skateboarder starting to roll down a hill. Assume that the skateboard rolls with negligible friction. Diagram is not to scale. 15 @ 1² 15 6. Refer to the above diagram to answer this question. A 65.0 kg skateboarder passes a point P that is 4.75 m above the bottom of the hill with a speed of 1.75 m/s. If point R represents the highest point the skateboarder can reach on the other side of the hill, what is the skateboarder's gravitational potential energy at point R? The diagram shows a skateboarder starting to roll down a hill. Assume that the skateboard rolls with negligible friction. Diagram is not to scale. 15 @ 1² 15 6. Refer to the above diagram to answer this question. A 65.0 kg skateboarder passes a point P that is 4.75 m above the bottom of the hill with a speed of 1.75 m/s. If point R represents the highest point the skateboarder can reach on the other side of the hill, what is the skateboarder's gravitational potential energy at point R?

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