A body revolves in circular path of radius 14 m with constant speed and its time period
of revolution (time taken to complete one cycle) is 8 s. Then find average speed and magnitude of average velocity for quarter revolution.
Answers
Answer:
The correct option is C.
The correct option is C.The acceleration will change as there is change in the velocity at any direction
The correct option is C.The acceleration will change as there is change in the velocity at any directionAs we know that
The correct option is C.The acceleration will change as there is change in the velocity at any directionAs we know that T=
The correct option is C.The acceleration will change as there is change in the velocity at any directionAs we know that T= v
The correct option is C.The acceleration will change as there is change in the velocity at any directionAs we know that T= v2πr
The correct option is C.The acceleration will change as there is change in the velocity at any directionAs we know that T= v2πr
The correct option is C.The acceleration will change as there is change in the velocity at any directionAs we know that T= v2πr
The correct option is C.The acceleration will change as there is change in the velocity at any directionAs we know that T= v2πr 2
The correct option is C.The acceleration will change as there is change in the velocity at any directionAs we know that T= v2πr 2T
The correct option is C.The acceleration will change as there is change in the velocity at any directionAs we know that T= v2πr 2T
The correct option is C.The acceleration will change as there is change in the velocity at any directionAs we know that T= v2πr 2T =
The correct option is C.The acceleration will change as there is change in the velocity at any directionAs we know that T= v2πr 2T = v
The correct option is C.The acceleration will change as there is change in the velocity at any directionAs we know that T= v2πr 2T = vπr
The correct option is C.The acceleration will change as there is change in the velocity at any directionAs we know that T= v2πr 2T = vπr
The correct option is C.The acceleration will change as there is change in the velocity at any directionAs we know that T= v2πr 2T = vπr =t
The correct option is C.The acceleration will change as there is change in the velocity at any directionAs we know that T= v2πr 2T = vπr =ta=
The correct option is C.The acceleration will change as there is change in the velocity at any directionAs we know that T= v2πr 2T = vπr =ta= t
The correct option is C.The acceleration will change as there is change in the velocity at any directionAs we know that T= v2πr 2T = vπr =ta= tv(−v)
The correct option is C.The acceleration will change as there is change in the velocity at any directionAs we know that T= v2πr 2T = vπr =ta= tv(−v)
The correct option is C.The acceleration will change as there is change in the velocity at any directionAs we know that T= v2πr 2T = vπr =ta= tv(−v)
The correct option is C.The acceleration will change as there is change in the velocity at any directionAs we know that T= v2πr 2T = vπr =ta= tv(−v) a=
The correct option is C.The acceleration will change as there is change in the velocity at any directionAs we know that T= v2πr 2T = vπr =ta= tv(−v) a= t
The correct option is C.The acceleration will change as there is change in the velocity at any directionAs we know that T= v2πr 2T = vπr =ta= tv(−v) a= t2v
The correct option is C.The acceleration will change as there is change in the velocity at any directionAs we know that T= v2πr 2T = vπr =ta= tv(−v) a= t2v
The correct option is C.The acceleration will change as there is change in the velocity at any directionAs we know that T= v2πr 2T = vπr =ta= tv(−v) a= t2v
The correct option is C.The acceleration will change as there is change in the velocity at any directionAs we know that T= v2πr 2T = vπr =ta= tv(−v) a= t2v a=
The correct option is C.The acceleration will change as there is change in the velocity at any directionAs we know that T= v2πr 2T = vπr =ta= tv(−v) a= t2v a= πr
The correct option is C.The acceleration will change as there is change in the velocity at any directionAs we know that T= v2πr 2T = vπr =ta= tv(−v) a= t2v a= πr2v
The correct option is C.The acceleration will change as there is change in the velocity at any directionAs we know that T= v2πr 2T = vπr =ta= tv(−v) a= t2v a= πr2v 2
The correct option is C.The acceleration will change as there is change in the velocity at any directionAs we know that T= v2πr 2T = vπr =ta= tv(−v) a= t2v a= πr2v 2