Chapter 4 Section 2

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Conservation of energy PUT YOUR NAME IN THE COMMENTS!

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By: peetstudents (18 month(s) ago)

There is more potential energy at the top of the tracks and when it is going towards the bottom there is more kinetic energy -Goobey

 

By: peetstudents (18 month(s) ago)

It has more potential energy at the top of the tracks then towards the bottom it has more kinetic energy. -Noah Klein

 

By: peetstudents (19 month(s) ago)

At the top of the roller coaster it has more potential energy and then as it starts to move more towards the bottom it has more kinetic energy. -Josie Evans.

 

By: peetstudents (19 month(s) ago)

when the roller coaster car is at the top of the track it has more PE. when the coaster is at the end of the track it has more KE. When the car is going down the ramp the car speeds up giving it more KE. -Jacob Kline

 

By: peetstudents (19 month(s) ago)

The roller coaster starts off with potential energy and gains kinetic energy when it starts moving. It has the most kinetic energy when it is going the fastest, like going down a hill. It has the most potential energy at its highest point, like going upside down. ~Elle Stackhouse

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Slide 1: 

4-2 Conservation of Energy

C. Conservation of Energy : 

C. Conservation of Energy Law of Conservation of Energy Energy may change forms, Cannot be created or destroyed! EXAMPLE: PE ? KE mechanical ? thermal chemical ? thermal Money Analogy!

C. Conservation of Energy : 

C. Conservation of Energy PE ? KE On the comments portion of the ppt web page write a sentence that explains what you see happening to energy conversions on this animation of a rollercoasrer. INCLUDE YOUR NAME!!!