A particle A of mass `10//7kg` is moving in the positive direction of `x-axis`. At initial position `x=0`, its velocity is `1ms^-1`, then its velocity at `x=10m` is (use the graph given)

A particle A of mass 10/7 kg is moving in the positive directio of x-axis. At initial position x=0, its velocity is 1ms^(-1) , then its velocity (in m/s) at x=10 m is (use the graph given)

7.A particle A of mass 10/7kg is moving in the positive direction of x .Its initial position is x=0 & initial velocity is 1m/s .The velocity at x=10 is: (use the graph given)

A particle of mass 10^-2kg is moving along the positive x axis under the influence of a force F(x)=-K//(2x^2) where K=10^-2Nm^2 . At time t=0 it is at x=1.0m and its velocity is v=0 . (a) Find its velocity when it reaches x=0.50m . (b) Find the time at which it reaches x=0.25m .

A particle of mass 10^-2kg is moving along the positive x axis under the influence of a force F(x)=-K//(2x^2) where K=10^-2Nm^2 . At time t=0 it is at x=1.0m and its velocity is v=0 . (a) Find its velocity when it reaches x=0.50m . (b) Find the time at which it reaches x=0.25m .

The velocity of a particle moving in the positive direction of x-axis veries as v=10sqrtx . Assuming that at t=0 , particle was at x=0

The velocity of a particle moving in the positive direction of x-axis veries as v=10sqrtx . Assuming that at t=0 , particle was at x=0

A particle moving in the positive x-direction has initial velocity v_(0) . The particle undergoes retardation kv^(2) , where vis its instantaneous velocity. The velocity of the particle as a function of time is given by:

A particle moving in the positive x-direction has initial velocity v_(0) . The particle undergoes retardation kv^(2) , where vis its instantaneous velocity. The velocity of the particle as a function of time is given by: