A particle is observed from two frames `S_(1) and S_(2)`. The frame `S_(2)` moves with respect to `S_(1)` with an acceleration a. Let `F_(1) and F_(2)` be the pseudo forces on the particle when seen from `S_(1) and S_(2)` respectively. Which of the following are not possible ?

A particle is observed from two frames S_(1) and S_2 . The frame S_(2) moves with respect to S_(1) with an acceleration alpha . Let F_(1) and F_(2) be the pseudo forces on the particle when seen from S_(1) and S_2 respectively. Which of the following are not possible ?

A constatnt force of 10 N act on a block as shown in figure intal velocity of the particle is zero. It is observed from three frames of reference S_(1),S_(2) and ground. The frame S_(1) start from rest and move with constnat acceleration 10m//s. The frames S_(1)and S_(2) and particle start moving simultaneously at t=0. Work done on block in 1 s as observed from frame S_(1) is

Two frame S_(1) and S_(2) are non-inertial. Then frame S_(2) when observed from S_(1) is inertial. A frame in motion is not necessarily a non-inertial frame

Two frame S_(1) and S_(2) are non-inertial. Then frame S_(2) when observed from S_(1) is inertial. A frame in motion is not necessarily a non-inertial frame

Two frame S_(1) and S_(2) are non-inertial. Then frame S_(2) when observed from S_(1) is inertial. A frame in motion is not necessarily a non-inertial frame

A constatnt force of 10 N act on a block as shown in figure intal velocity of the particle is zero. It is observed from three frames of reference S_(1),S_(2) and ground. The frame S_(1) start from rest and move with constnat acceleration 10m//s. The frames S_(1)and S_(2) and particle start moving simultaneously at t=0. Net work done on block in 1 s as observed from frame S_(2) is

A constatnt force of 10 N act on a block as shown in figure intal velocity of the particle is zero. It is observed from three frames of reference S_(1),S_(2) and ground. The frame S_(1) start from rest and move with constnat acceleration 10m//s. The frames S_(1)and S_(2) and particle start moving simultaneously at t=0. The rate at which work is done by constant force on the particle is always non-negative when observed fom

A constatnt force of 10 N act on a block as shown in figure intal velocity of the particle is zero. It is observed from three frames of reference S_(1),S_(2) and ground. The frame S_(1) start from rest and move with constnat acceleration 10m//s. The frames S_(1)and S_(2) and particle start moving simultaneously at t=0. The rate at which work is done by constant force on the particle is always non-negative when observed fom