Difference between revisions of "Conservation law"

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'''Conservation law''' is a [[physical law]] that says that some physical quantity is conserved, which means ''never changes''. Examples of ''conserved quantities'' in physics are energy and momentum along 3 axes. So we have at least 4 independent conservation laws of momentum along axis 1, momentum along axis 2, momentum along axis 3, and energy, that is considered axis 4 by some authors or axis 0 by others. Usually mathematicians use different convention for numbering axes than physicists, who number axes starting from 0 for ''energy'', and so on for other axes (e.g. t, x, y, z where t denotes ''time'', and the rest relate to ''space'').
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'''Conservation law''' is a [[physical law]] that says that some physical quantity is conserved, which means ''never changes''. Examples of ''conserved quantities'' in physics are:
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*[[Energy]]
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*[[Momentum]]
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*[[Angular momentum]]
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*[[Charge]]
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There are various quantities that are conserved in certain situations, but are not conserved in general.
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[[Category:Laws of Physics]]
 
[[Category:Physics]]
 
[[Category:Physics]]

Latest revision as of 12:12, April 9, 2017

Conservation law is a physical law that says that some physical quantity is conserved, which means never changes. Examples of conserved quantities in physics are:

There are various quantities that are conserved in certain situations, but are not conserved in general.