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conservation of energy
(redirected from The law of conservation of energy)

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conservation of energy

Principle that states that in a chemical reaction, the total amount of energy in the system remains unchanged. Energy can be transferred from one form into another but cannot be created or destroyed.

In a chemical reaction, for each component there may be changes in energy due to change of physical state, changes in the nature of chemical bonds, and either an input or output of energy. However, there is no net gain or loss of energy. This is true outside of chemical reactions; for example the chemical energy of a battery is transferred into the electrical energy in a circuit, which can then be transferred into the heat and light energy of a bulb, but the total amount of energy is constant.



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Just like how the Law of conservation of energy states that energy cannot be created nor destroyed but is transferred from one form to another, The Law of Attraction states that "like attracts like.
The law of conservation of energy ensures that when the two balls collide, the cue ball will transfer some of its kinetic energy (energy of motion) to the colored one.
The law of conservation of energy therefore tells us that the weight of the object being lifted (W) is greater than the force required to lift it (F).
 
 
 
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