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How does Electrical energy produce kinetic energy?

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(@madin)
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Thermodynamics is related to heat, but the same reaction applies to a non heat kinetic energy.

The Laws that gravity and magnetic / to kinetic use the same rule as Thermodynamics, as relates to kinetic energy.

So when someone said Perpetual motion does not work because of thermodynamics it is an incorrect statement - but the same laws apply to non heat related Energy that produces some form of movement ( movement is Energy ) E= m t L

Energy = mass weight * time and length of travel Energy = 33000 lbs.* hr. ft. = 1 hp.

In order to have movement there must be ( delta P ) greater E on one side than the other side of E

Balloon full of a has a greater pressure inside the balloon The pressure of Air is the Potential Energy.

Once the Balloon is opened and the air begins to move out of the balloon The Air is the kinetic energy that can be used to generate usable power.

Electrical is the same way if a motor is running a generator and there is nothing hooked up to the generator output there is no flow of electrical force. This is the Potential energy once the wires are hooked up to run an electrical machine. The electron movement is the kinetic energy.

Again there needs to be a ( delta P ) more on one side and less on the other.

Thermodynamic = heat per ( delta P ) // gravity and magnetic = non heat per ( delta P )

Both the same rules must apply in order to generate power output.

--Thomas wlazlak

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