Two skiers are located at the top of their ski run. The Blue skier's run is located 100 meters above a horizontal level surface as shown below Gravitational Energy Height Difference The blue skier has more gravitational potential because he is at a greater height Which skier has the larger potential energy, relative to the ground? If the skier in Blue is located 100 meters above the ground, and weighs 100 N, what is this skier's gravitational potential energy when he is at the top of the run? What is the change in the blue skier's gravitational potential energy as the skier moves from the top of the ski run to the bottom of the ski run? If the yellow skier is located 20 meters below the blue skier, what is the change of the yellow skier's gravitational potential energy as this skier moves from the top of the ski run to the bottom of the ski run?

College Physics
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Author:Raymond A. Serway, Chris Vuille
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Chapter1: Units, Trigonometry. And Vectors
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Two skiers are located at the top of their ski run. The Blue skier's run is located 100 meters above a
horizontal level surface as shown below
Gravitational Energy
Height Difference
The blue skier has more
gravitational potential because
he is at a greater height
Which skier has the larger potential energy, relative to the ground?
If the skier in Blue is located 100 meters above the ground, and weighs 100 N, what is this skier's
gravitational potential energy when he is at the top of the run?
What is the change in the blue skier's gravitational potential energy as the skier moves from the top of
the ski run to the bottom of the ski run?
If the yellow skier is located 20 meters below the blue skier, what is the change of the yellow skier's
gravitational potential energy as this skier moves from the top of the ski run to the bottom of the ski
run?
Transcribed Image Text:Two skiers are located at the top of their ski run. The Blue skier's run is located 100 meters above a horizontal level surface as shown below Gravitational Energy Height Difference The blue skier has more gravitational potential because he is at a greater height Which skier has the larger potential energy, relative to the ground? If the skier in Blue is located 100 meters above the ground, and weighs 100 N, what is this skier's gravitational potential energy when he is at the top of the run? What is the change in the blue skier's gravitational potential energy as the skier moves from the top of the ski run to the bottom of the ski run? If the yellow skier is located 20 meters below the blue skier, what is the change of the yellow skier's gravitational potential energy as this skier moves from the top of the ski run to the bottom of the ski run?
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