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if we give some constant tangential acceleration along with velocity to a particle which is performing uniform circular motion then is its centripetal acceleration will increases and if yes/no then why? what i think is that this increase angular acceleration as a t = (r)×(angular acceleration) when a particle has angular acceleration then its angular velocity also increases as angular velocity = (initial angular velocity) +(angular acceleration×time) and velocity =r×(angular velocity) and centripetal acceleration=(velocity) 2 /r

if we give some constant tangential acceleration along with velocity to a particle which is performing uniform circular motion then is its centripetal acceleration will increases and if yes/no then why?
what i think is that this increase angular acceleration
as at = (r)×(angular acceleration)
when a particle has angular acceleration then its angular velocity also increases 
as angular velocity = (initial angular velocity) +(angular acceleration×time)
and
velocity =r×(angular velocity)
and 
centripetal acceleration=(velocity)2/r

Grade:12

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