Relation between linear acceleration and angular acceleration???
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4
hello buddy!!
here's your answer!!!
The first term, →α×→r, is parallel to the velocity vector and is normally called tangential acceleration.
The second term, →ω×→v is radially inwards and is called centripetal acceleration.
friend.... If you combine these equations you will get a relation between linear and angular acceleration.
here's your answer!!!
The first term, →α×→r, is parallel to the velocity vector and is normally called tangential acceleration.
The second term, →ω×→v is radially inwards and is called centripetal acceleration.
friend.... If you combine these equations you will get a relation between linear and angular acceleration.
Answered by
5
Linear acceleration = a
Angular acceleration = α
Radius of circle in which body is moving = r
Relation between them:
a = rα
Angular acceleration = α
Radius of circle in which body is moving = r
Relation between them:
a = rα
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