Energy+-+Chandler

A rollercoster reapresents GPE and KE like if you were to go on a rollercoster, you usally start to build up speed on the very first hill, that shows GPE because as your gaining speed when you get to the top, you have the potental to fall. It shows KE by when it does fall and is going down at a high speed. The amount of speed in the starting point of the ride i think would be very high because like i said it has the potental to fall. And the amount of KE would be low but it would have some becaus it still has some speed coming up from the hill. ​And at point 2 i think it's lost all of its GPE because its at the lowest point. And The amount of KE would be at it's highest speed because it came off the hill with alot of speed. At the point 3 its starting to gain more KE cause it's gaining speed as it goes up the railing. and the amount of GPE would be close to none because it has no potental to fall. At point 4 the GPE is really high again because it has the ptental to fall. And it also has KE because its moving and its at a high speed. At point 5 ​it Dosn't have much GPE cause it does not have the potenteal to fall either. and it has some KE because its still moving and it has some seep from the hill. At point six I think Gpe is the only thing with anything let in it because its on a hill. The amout of GPE connected to KE on a rollercoster i ​kinda the same amounts in the whole thing, but in diffrent ways and parts.