A vehicle is moving on a track with constant speed as shown in figure. The apparent weight of the vehicle is

A vehicle is moving on a road with an acceleration a=20 m//s^(2) as shown in figure. The frictional coefficient between the block of mass (m) and the vehicle so that block is does not fall downward is (g=10m//s^(2))

A vehicle is moving on a road with an acceleration a=20 m//s^(2) as shown in figure. The frictional coefficient between the block of mass (m) and the vehicle so that block is does not fall downward is (g=10m//s^(2))

A vehicle is moving on a track as shown in Fig. The normal reaction between tyre's and road is :

A motor vechicle is moving on a circle with a uniform speed. The net acceleration of the vehicle is

A vehicle is moving on a circular path of radius R with constant speed sqrt(gR) . A simple pendulum of length l hangs from the ceilling of the vehicle. The time period of oscillations of the pendulum is

A vehicle is moving on a circular path of radius R with constant speed sqrt(gR) . A simple pendulum of length l hangs from the ceilling of the vehicle. The time period of oscillations of the pendulum is

Two identical vehicles are moving with same velocity v towards an intersection as shown in figure. If the collision is completely inelastic, then

Two identical vehicles are moving with same velocity v towards an intersection as shown in figure. If the collision is completely inelastic, then

A vehicle moving with a speed of 18 kmh^(-1) covers……….m in 1 s.

A vehicle moving with a speed of 18 kmh^(-1) covers……….m in 1 s.