A small block of mass 1 kg starts moving with constant velocity 2 m/s on a smoth long plank of mass 10 kg which is also pulled by a horizontal force `F=10 t` where t is is in seconds and f in newton 's (the initial velocity of the plank is zero)

Displaacement of 1 kg block with respect to plank at the intant when both have same velocity is

A small block of mass 1 kg starts moving with constant velocity 2 m/s on a smoth long plank of mass 10 kg which is also pulled by a horizontal force F=10 t where t is is in seconds and f in newton 's (the initial velocity of the plank is zero) Relative velocity of plank with to block when acceleration of plank is 4m//s^(2) wil be

A small block of mass 1 kg starts moving with constant velocity 2 m/s on a smoth long plank of mass 10 kg which is also pulled by a horizontal force F=10 t where t is is in seconds and f in newton 's (the initial velocity of the plank is zero) the time (tne0) at which displacement of block and plank with esspect with repect to ground is same will be

A small block of mass 1 kg starts moving with constant velocity 2 m/s on a smoth long plank of mass 10 kg which is also pulled by a horizontal force F=10 t where t is is in seconds and f in newton 's (the initial velocity of the plank is zero) the time (tne0) at which displacement of block and plank with esspect with repect to ground is same will be

A man of mass m starts moving on a plank of mass M with constant velocity v with respect to plank. If the plank lies on a smooth horizontal surface, then velocity of plank with respect to ground is

A block of mass m_(1) = 1 kg is horizontally thrown with a velocity of v = 10 m//s on a statonary long plank of mass m_(2) = 2 kg whose surface has mu = 0.5 plank rest on friction surface find the time when the block comes to rest w.r.t plank

A block of mass m_(1) = 1 kg is horizontally thrown with a velocity of v = 10 m//s on a statonary long plank of mass m_(2) = 2 kg whose surface has mu = 0.5 plank rest on frictionless surface find the time when the block comes to rest w.r.t plank

A wooden plank of mass 20 kg is resting on a smooth horizontal floor. A man of mass 60 kg starts moving from one end of the plank to the other end. The length of the plank is 10 m. Find the displacement of the plank over the floor when the man reaches the other end of the plank.

A wooden plank of mass 20kg is resting on a smooth horizontal floor. A man of mass 60kg starts moving from one end of the plank to the other end. The length of the plank is 10m . Find the displacement of the plank over the floor when the man reaches the other end of the plank.

A wooden plank of mass 20kg is resting on a smooth horizontal floor. A man of mass 60kg starts moving from one end of the plank to the other end. The length of the plank is 10m . Find the displacement of the plank over the floor when the man reaches the other end of the plank.