Question
TURBO
PIGHTON PIE
CAZY OUSE
Use the drop down menus to complete the explanation of how energy is transferred i Answers can be used more than once.
kinetic energy
conserved
potential energy
ture above.
A roller coaster transfers energy between potential energy and kinetic energy. It starts with
at the top,
converts it into
as it goes down, and then back to
as it goes up again. The energy
transformations make the roller coaster an exciting experience as it goes up and down hills, twists, and turns. Friction and air
resistance cause some energy loss, but overall, the total energy in the system remains
PIGHTON PIE
CAZY OUSE
Use the drop down menus to complete the explanation of how energy is transferred i Answers can be used more than once.
kinetic energy
conserved
potential energy
ture above.
A roller coaster transfers energy between potential energy and kinetic energy. It starts with
at the top,
converts it into
as it goes down, and then back to
as it goes up again. The energy
transformations make the roller coaster an exciting experience as it goes up and down hills, twists, and turns. Friction and air
resistance cause some energy loss, but overall, the total energy in the system remains
Answers
Answered by
GPT-4o mini
A roller coaster transfers energy between potential energy and kinetic energy. It starts with **potential energy** at the top, converts it into **kinetic energy** as it goes down, and then back to **potential energy** as it goes up again. The energy **transformations** make the roller coaster an exciting experience as it goes up and down hills, twists, and turns. Friction and air resistance cause some energy loss, but overall, the total energy in the system remains **conserved**.
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