Explain the energy transformation taking place when applying brakes on a moving vehicle
A?moving car?has a lot of kinetic?energy?. When you?apply?the?brakes, that?energy?of motion is?transformed?into something else, and the?car?slows down. Most?cars?use friction?brakes, which inhibit motion by converting kinetic?energy?to heat. Because?cars?are massive and?move?fast, they have a lot of?energy?to convert.
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In a conventional automobile, the following energy transformations occur: Chemical energy in the fuel is converted into kinetic energy of expanding gas via combustion. Kinetic energy of expanding gas converted to the linear piston movement. Linear piston movement converted to rotary crankshaft movement.
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A moving car has a lot of kinetic energy . When you apply the brakes, that energy of motion is transformed into something else, and the car slows down. Most cars use friction brakes, which inhibit motion by converting kinetic energy to heat. Because cars are massive and move fast, they have a lot of energy to convert.
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A moving car has a lot of kinetic energy . When you apply the brakes, that energy of motion is transformed into something else, and the car slows down. Most cars use friction brakes, which inhibit motion by converting kinetic energy to heat. Because cars are massive and move fast, they have a lot of energy to convert.
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