A particle has initial A particle has initial velocity `10m//s`. It moves due to constant retarding force along the line of velocity which produces a retardation of `5 m//s^(2)`. Then

A particle has initial velcoity 10m//s . It moves due to constant retarding force along the line of velocity which produces a retardation of 5m//s^(2) . Then

A particle has initial velocity 12 m//s . It moves due to a constant force along the line of velocity which initially produces retardation of 8 m//s^(2) . Then :

A particle moving with initial velocity 4m/s decelerate at a constant rate of 2m/s^(2) .Time after which its velocity becomes zero is ?

A particle is moving along a straight line.The initial velocity is 10m/s and it is , moving with constant retardation of 2m/s^(2) .. The distance travelled by the particle until it comes to rest is

A particle has an initial velocity of 9m//s due east and a constant acceleration of 2m//s^(2) due west. The distance coverd by the particle in the fifth second of its motion is :

A particle initially at rest is subjected to two forces, one is constant, the other is retarding force proportional to the particle velocity. In the subsequent motion of the particle, the acceleration

A particle initially at rest is subjected to two forces, one is constant, the other is retarding force proportional to the particle velocity. In the subsequent motion of the particle, the acceleration

A particle starts moving with initial velocity u=25ms^-1 and retardation a=-2ms^-2 . Draw the velocity-time graph.

A particle starts moving with initial velocity u=25ms^-1 and retardation a=-2ms^-2 . Draw the velocity-time graph.

A particle starts with a velocity of 2m//s and moves in a straight line with a retardation of 0.1m//s^(2) . The time that it takes to describe 15m is