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What ke is stored in moving things?

Updated: 9/20/2023
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9y ago

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Kinetic energy

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Q: What ke is stored in moving things?
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Related questions

What KE describes the way energy is stored in a moving cricket bat?

KE means "kinetic energy" in this case. Kinetic energy refers to the energy of moving objects.


What sort of energy is stored in moving things?

Kinetic Energy.


What is the Energy that moving things have as a result of their motion?

Kinetic energy KE = mv2 m=mass, v=velocity


What is KE?

Moving of an object releas the p.e due to aac.


When a girl starts running she is converting stored energy into?

kinetic engery, sense she's moving. Potential = stored. Kinetic = moving energy.


Can two people be moving at different speeds but have the same kenetic energy?

yes. KE=1/2mv2, mass is also a factor that can change KE


What is an objects total and potential energy?

An objects total kinetic and potential energy is when both things are moving (kinetic) and the energy is stored in the object (potential)


What is the equation used to express the kinetic energy of a moving body?

KE = (1/2) m v2 Where KE = kinetic energy, m = the mass, and v is the speed.


Do rapidly moving objects have more kinetic energy than slow moving objects?

Yes. The formula for kinetic energy is KE = 1/2mv2, where m is mass in kg and v is velocity in m/s. The greater the velocity, the greater the KE.


Is alternating current can be stored?

"Current" cannot be stored at all in any way; when you stop it moving, it isn't current any more and moving it means using it. The energy carried however, can be stored in several different ways.


Is there more water stored or moving through the water cycle at one time?

More water is stored in water bodies. The amount of moving water is comparatively less.


Which describes the relationship between potential and kinetic energy when a pole vaulter's pole has reached its maximum bend point?

When a pole vaulter's pole reaches its maximum bend point all the energy if the system is being stored as potential energy in the pole. Etotal = PE + KE. At this point KE is 0 so PE=Etotal. However, as the pole straightens out again, the stored PE is released as KE.