Open the Energy Skate Park simulation by opening https://phet.colorado.edu/en/simulation/legacy/energy-skate-park Change the settings on the simulation so...

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Open the Energy Skate Park simulation by opening https://phet.colorado.edu/en/simulation/legacy/energy-skate-park Change the settings on the simulation so that they match the settings in the image below: Tracks Potential Energy Reference Crid Show Path Energy Graphs Clear Show Pie Chart with Thermal Bar Graph Energy vs. Position Energy vs. Time 4 2 P-matersdotted line Sim Speed BB Location Space Moon Earth Jupiter Gravity 9.81 N/kg Space Earth Clear Heat Jupiter Track Friction>> Hide Skater Properties c Mass 50.00 kg 0.20 75.00 200.00 Restore Defaults Help! Potential energy is defined as the energy of an object has due to it's position. Try to explain how the skater's position causes the skater to have energy. How did the skater get the energy that he has at a height of 6 meters? Open the Energy Skate Park simulation by opening https://phet.colorado.edu/en/simulation/legacy/energy-skate-park Change the settings on the simulation so that they match the settings in the image below: Tracks Potential Energy Reference Crid Show Path Energy Graphs Clear Show Pie Chart with Thermal Bar Graph Energy vs. Position Energy vs. Time 4 2 P-matersdotted line Sim Speed BB Location Space Moon Earth Jupiter Gravity 9.81 N/kg Space Earth Clear Heat Jupiter Track Friction>> Hide Skater Properties c Mass 50.00 kg 0.20 75.00 200.00 Restore Defaults Help! Potential energy is defined as the energy of an object has due to it's position. Try to explain how the skater's position causes the skater to have energy. How did the skater get the energy that he has at a height of 6 meters?