Difference between revisions of "Apparent Force"

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'''Apparent Force'''
 
'''Apparent Force'''
 
   
 
   
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[[Relative Coordinate System|relative coordinate system]]
 
[[Relative Coordinate System|relative coordinate system]]
 
in order that  
 
in order that  
[[Newton Laws Of Motion|Newton laws of motion]] be satisfied in  
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[[Newton Laws of Motion|Newton laws of motion]] be satisfied in  
 
this system.
 
this system.
 
This force must be equal and opposite to an acceleration in an  
 
This force must be equal and opposite to an acceleration in an  
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Latest revision as of 16:00, 30 March 2007

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Apparent Force


A force introduced in a relative coordinate system in order that Newton laws of motion be satisfied in this system. This force must be equal and opposite to an acceleration in an inertial coordinate system, in which Newton laws are (by definition) satisfied. Examples are the coriolis force, and the centrifugal force incorporated in gravity.

References

This article is based on NASA's Dictionary of Technical Terms for Aerospace Use