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5. Gravitational Potential Energy at the beginning of your ride 6. Kinetic Energy at the end of your roller coaster (use your speed from #4 as your velocity)

5. Gravitational Potential Energy at the beginning of your ride 6. Kinetic Energy at the end of your roller coaster (use your speed from #4 as your velocity)

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Height of the first hill DE h₂= height of hill 2 he height of Vertical loop am = mass of Cart KE= Highest Kinetic Energy PE=Highest Potential Energy KE - lowest Kinetic Energy PE= lowest Potential Energy Shape of the first hill- □L= Length of the track = distance of track □h= height of hill 1 The exit path PET KE Height of the second hill d=L distance/Length (m) m=300 kg The loop axis
Transcribed Image Text:Height of the first hill DE h₂= height of hill 2 he height of Vertical loop am = mass of Cart KE= Highest Kinetic Energy PE=Highest Potential Energy KE - lowest Kinetic Energy PE= lowest Potential Energy Shape of the first hill- □L= Length of the track = distance of track □h= height of hill 1 The exit path PET KE Height of the second hill d=L distance/Length (m) m=300 kg The loop axis
5. Gravitational Potential Energy at the beginning of your ride 6. Kinetic Energy at the end of your roller coaster (use your speed from #4 as your velocity)
Transcribed Image Text:5. Gravitational Potential Energy at the beginning of your ride 6. Kinetic Energy at the end of your roller coaster (use your speed from #4 as your velocity)
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