The intial velocity of a particle is u (at t=0) and the acceleration is given by f=at. Which of the following relations is valid ?

The initial velocity of a particle is u (at t = 0) and the acceleration f is given by f = at. Which of the following relation is valid?

The initial velocity of a particle is u (at t = 0) and the acceleration f is given by f = at. Which of the following relation is valid?

The initial velocity of a particle is u (at t = 0) and the acceleration f is given by f = alphat . Which of the following relation is valid?

The initial velocity of a particle is u (at t =0) and the acceleration f is given by at. Which of the relation is valid

The initial velocity of a particle is x ms^(-1) (at t=0) and acceleration a is function for time, given by, a= 6t. Which of the following relation is correct for final velocity y after time t?

The initial velocity of a particle is x ms^(-1) (at t=0) and acceleration a is function for time, given by, a= 6t. Which of the following relation is correct for final velocity y after time t?

The intial velocity of a particle moving along x axis is u (at t = 0 and x = 0) and its acceleration a is given by a = kx. Which of the following equation is correct between its velocity (v) and position (x)?

The intial velocity of a particle moving along x axis is u (at t = 0 and x = 0) and its acceleration a is given by a = kx. Which of the following equation is correct between its velocity (v) and position (x)?

The initial velocity of a particle is u and the accelertion at time t later is given by at, then its velocity is given by-

The initial velocity of a particle is u and the acceleration is given by (kt), where k is a positive constant. The distance travelled in time t is: