You have asked the following question what is kinetic energy
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• In si units mass is measured in kilograms speed in metres per second and the resulting Kinetic Energy is in joules [3]
• Kinetic Energy is a property of a moving object or particle and depends not only on its Motion but also on its mass [2]
• Translational Kinetic Energy of a body is equal to one-half the product of its mass m and the square of its velocity v or mv [2]
• Thus the Kinetic Energy of an object is not invariant [3]
• In physics the Kinetic Energy of an object is the Energy that it possesses due to its Motion [3]
• If we drop the object from the shelf or release the spring that potential Energy is converted back into Kinetic energy. [8]
• Accordingly rotational Kinetic Energy is equal to one-half the product of the moment of inertia and the square of the angular velocity or iĻ [2]
• In the centimetre-gram-second system the unit of Energy is the erg 10 joule equivalent to the Kinetic Energy of a mosquito in flight [2]
• Collisions in billiards are effectively elastic collisions in which Kinetic Energy is preserved [3]
• At a low speed the relativistic Kinetic Energy is approximated well by the classical Kinetic Energy [3]
• Kinetic Energy is the movement Energy of an object [3]
• Perhaps the most important property of Kinetic Energy is its ability to do Work [8]
• Kinetic Energy is the Energy of mass in Motion [8]
• In these two cases the Kinetic Energy is converted to potential Energy because while it is not actually doing Work it has the potential to do Work [8]
• If Work which transfers Energy is done on an object by applying a net force the object speeds up and thereby gains Kinetic Energy [2]

## Energy contributes

• This minimum Kinetic Energy Contributes to the system's invariant Mass which is independent of the reference frame [3]
• This minimum Kinetic Energy Contributes to the invariant Mass of the system as a whole [3]

## Energy is

• In si units Mass Is measured in kilograms Speed in metres per second and the resulting Kinetic Energy Is in joules [3]
• Kinetic Energy Is a property of a moving Object or particle and depends not only on its Motion but also on its Mass [2]
• If we drop the Object from the shelf or release the spring that potential Energy Is converted back into Kinetic energy. [8]
• Accordingly rotational Kinetic Energy Is equal to one-half the product of the moment of inertia and the square of the angular Velocity or iĻ [2]
• In the centimetre-gram-second system the unit of Energy Is the erg 10 joule equivalent to the Kinetic Energy of a mosquito in flight [2]
• Collisions in billiards are effectively elastic collisions in which Kinetic Energy Is preserved [3]
• At a low Speed the relativistic Kinetic Energy Is approximated well by the classical Kinetic Energy [3]
• Kinetic Energy Is the movement Energy of an Object [3]
• Perhaps the most important property of Kinetic Energy Is its ability to do Work [8]
• Kinetic Energy Is the Energy of Mass in Motion [8]
• In these two cases the Kinetic Energy Is converted to potential Energy because while it Is not actually doing Work it has the potential to do Work [8]

## Kinetic energy

• In si units Mass is measured in kilograms Speed in metres per second and the resulting Kinetic Energy is in joules [3]
• Is a property of a moving Object or particle and depends not only on its Motion but also on its Mass [2]
• Translational Kinetic Energy of a Body is equal to one-half the product of its Mass m and the square of its Velocity v or mv [2]
• Thus the Kinetic Energy of an Object is not invariant [3]
• In physics the Kinetic Energy of an Object is the Energy that it possesses due to its Motion [3]
• Accordingly rotational Kinetic Energy is equal to one-half the product of the moment of inertia and the square of the angular Velocity or iĻ [2]
• In the centimetre-gram-second system the unit of Energy is the erg 10 joule equivalent to the Kinetic Energy of a mosquito in flight [2]
• Collisions in billiards are effectively elastic collisions in which Kinetic Energy is preserved [3]
• At a low Speed the relativistic Kinetic Energy is approximated well by the classical Kinetic Energy [3]
• Is the movement Energy of an Object [3]
• Perhaps the most important property of Kinetic Energy is its ability to do Work [8]

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