A force Facting on a body depends on its displacement 'S' as F∝ s^(-(1)/(3) .The power delivered by F will depend on displacement as

A force F acting on a body depends on its displacement S as FpropS^(-1//3) . The power delivered by F will depend on displacement as

A force F acting on a body depends on its displacement x as Fpropx^(a) . The power delivered by F will be independent of x if n is -

A force (F) acting on a body is dependent on its desplacement s. as Fprops^(-1//3) . Therefore , the power delivered by the force varies with its displacment as

The force F acting on a body varies with its displacement x as F=Kx^(2/3) .The power delivered by the force will be proportional to?

A body is executing SHM . If the force acting on the body is 6N when the displacement is 2cm , then the force acting on the body at a displacement of 3cm is

The force of a particle of mass 1 kg is depends on displacement as F = —4x then the frequency of S.H.M. is

A force F=(3thati + 5hatj)N acts on a body due to which its displacement varies as S=(2t^(2)hat-5hatj)m . Work done by these force in 2 s is .