derive the expression for the centripetal accilaration
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The centripetal force in a particle moving in uniform circular motion is given as
F = mv2 / r
here
'm' is the mass of the body
'v' is the velocity of the body
and 'r' is the radius of its orbit
now, according to Newton's Second Law of motion
F = ma
thus, by equating the two relations we get
ma = mv2 / r
here acceleration 'a' is the centripetal acceleration, which would be given as
a = v2 / r
This one is easy and simple if you want to have a diff. one just tell me.
F = mv2 / r
here
'm' is the mass of the body
'v' is the velocity of the body
and 'r' is the radius of its orbit
now, according to Newton's Second Law of motion
F = ma
thus, by equating the two relations we get
ma = mv2 / r
here acceleration 'a' is the centripetal acceleration, which would be given as
a = v2 / r
This one is easy and simple if you want to have a diff. one just tell me.
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