The dependence of the acceleration of a body with time is shown in Figure. At `t=0`, the velocity of the body is `-3m//s` and position is `x=0 m`.

A body is performing simple harmonic motion with amplitude a and time period T variation of its acceleration (f) with time (t) is shown in figure If at time t velocity of the body is v which of the following graph is correct?

A body is performing simple harmonic motion with amplitude a and time period T variation of its acceleration (f) with time (t) is shown in figure If at time t velocity of the body is v which of the following graph is correct?

A body is performing simple harmonic motion with amplitude A and time period T variation of its acceleration (f) with time (t) is shown in figure If a line x velocity of the body is x which of the following graph is correct?

The displacement time graph of a body in motion is given as shown in the figure. Velocity of body is? (in m/s)

In figure shown, the graph shows the variation of acceleration of body with time t . The velcocity of the body at t = 0 is zero. The velocity of the body at t = 30 s is.

The acceleration time graph of a body moving in a straight is shown in figure. Assertion :- Velocity of the body is continously increasing over the time interval shown. Reason :- Acceleration is positive for all shown value of t .

The acceleration time graph of a body moving in a straight is shown in figure. Assertion :- Velocity of the body is continously increasing over the time interval shown. Reason :- Acceleration is positive for all shown value of t .

The acceleration time graph of a body moving in a straight is shown in figure. Assertion :- Velocity of the body is continously increasing over the time interval shown. Reason :- Acceleration is positive for all shown value of t .

For the acceleration - time (a - t) graph shown in figure, the change in velocity of particle from t = 0 to t = 6 s is

For the acceleration - time (a - t) graph shown in figure, the change in velocity of particle from t = 0 to t = 6 s is