Energy Grid O Reference Height 0m A I C Normal Slow Pie Chart Stick to Track O Speed Friction None Gravity Mass Earth 50

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Energy Grid O Reference Height 0m A I C Normal Slow Pie Chart Stick To Track O Speed Friction None Gravity Mass Earth 50 1 (50.43 KiB) Viewed 21 times

Energy Grid O Reference Height 0m A I C Normal Slow Pie Chart Stick To Track O Speed Friction None Gravity Mass Earth 50 2 (45.32 KiB) Viewed 21 times

Energy Grid O Reference Height 0m A I C Normal Slow Pie Chart Stick to Track O Speed Friction None Gravity Mass Earth 50.000 DO Restart Skater Lots 9.5 m² 26.0 60 kg 100

Assume you were to position the skater on the left portion of the track at a height of 6m, then release the skater. Assume zero friction. Predict the following: a) At what point on the track will the skater have his maximum kinetic energy? Calculate a value. b) At what point on the track will the skater have his minimum kinetic energy? Calculate a value. c) At what point on the track will the skater have his maximum potential energy? Calculate a value. d) At what point on the track will the skater have his minimum potential energy? Calculate a value.