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The [[derivative]] of angular momentum with respect to time is equal to the sum of the external moments ('''r''' x '''F''') applied to the system.  From this, it can be concluded that in the absence of an external moment, angular momentum must be conserved.
 
The [[derivative]] of angular momentum with respect to time is equal to the sum of the external moments ('''r''' x '''F''') applied to the system.  From this, it can be concluded that in the absence of an external moment, angular momentum must be conserved.
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[[Category:Physics]]
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