363485 A disc of mass \(100\;g\) is kept floating horizontally in air by firing bullets, each of mass \(5\;g\) with the same velocity at the same rate of 10 bullets per second. The bullets rebound with the same speed in opposite direction. The velocity of each bullet at the time of impact is

363486 100 balls each of mass \(m\) moving with speed \(v\) simultaneously strike a wall normally and reflected back with same speed, in time \(t(s).\) The total force exerted by the balls on the wall is

363487 Assertion :
A glass ball is dropped on concrete floor can easily get broken compared if it is dropped on wooden floor.
Reason :
On concrete floor, glass ball will take less time to come to rest.

363488 Figure shows the displacement of a particle going along the \(X\)-axis as a function of time. The force acting on the particle is zero in the regions.

363485 A disc of mass \(100\;g\) is kept floating horizontally in air by firing bullets, each of mass \(5\;g\) with the same velocity at the same rate of 10 bullets per second. The bullets rebound with the same speed in opposite direction. The velocity of each bullet at the time of impact is

363486 100 balls each of mass \(m\) moving with speed \(v\) simultaneously strike a wall normally and reflected back with same speed, in time \(t(s).\) The total force exerted by the balls on the wall is

363487 Assertion :
A glass ball is dropped on concrete floor can easily get broken compared if it is dropped on wooden floor.
Reason :
On concrete floor, glass ball will take less time to come to rest.

363488 Figure shows the displacement of a particle going along the \(X\)-axis as a function of time. The force acting on the particle is zero in the regions.

363485 A disc of mass \(100\;g\) is kept floating horizontally in air by firing bullets, each of mass \(5\;g\) with the same velocity at the same rate of 10 bullets per second. The bullets rebound with the same speed in opposite direction. The velocity of each bullet at the time of impact is

363486 100 balls each of mass \(m\) moving with speed \(v\) simultaneously strike a wall normally and reflected back with same speed, in time \(t(s).\) The total force exerted by the balls on the wall is

363487 Assertion :
A glass ball is dropped on concrete floor can easily get broken compared if it is dropped on wooden floor.
Reason :
On concrete floor, glass ball will take less time to come to rest.

363488 Figure shows the displacement of a particle going along the \(X\)-axis as a function of time. The force acting on the particle is zero in the regions.

363485 A disc of mass \(100\;g\) is kept floating horizontally in air by firing bullets, each of mass \(5\;g\) with the same velocity at the same rate of 10 bullets per second. The bullets rebound with the same speed in opposite direction. The velocity of each bullet at the time of impact is

363486 100 balls each of mass \(m\) moving with speed \(v\) simultaneously strike a wall normally and reflected back with same speed, in time \(t(s).\) The total force exerted by the balls on the wall is

363487 Assertion :
A glass ball is dropped on concrete floor can easily get broken compared if it is dropped on wooden floor.
Reason :
On concrete floor, glass ball will take less time to come to rest.

363488 Figure shows the displacement of a particle going along the \(X\)-axis as a function of time. The force acting on the particle is zero in the regions.