In the fig shown, the velocity of each particle at the end of 4 sec will be -`

A particle describes a distance x m in t sec, given by x = 4+5t+63t^3 . Find the velocity of the particle at the end of 2 secs and the acceleration at the end of 3 secs

In the above question, if at the end of 4 sec, the string be cut, the position of each particle in next 2 seconds will respectively be -

The variation of velocity of a particle executing SHM with time is shown is fig. The velocity of the particle when a phase change of (pi)/(6) takes place from the instant it is at one of the extreme positions will be

The variation of velocity of a particle executing SHM with time is shown is fig. The velocity of the particle when a phase change of (pi)/(6) takes place from the instant it is at one of the extreme positions will be

Accleration-time graph of a particle moving in a straight line is as shown in Fig. Velocity of particle at time t=0 is 2 m//s. Find the velocity at the end of fourth second.

Accleration-time graph of a particle moving in a straight line is as shown in Fig. Velocity of particle at time t=0 is 2 m//s. Find the velocity at the end of fourth second.

The acceleration - time graph of a particle is as shown in figure Initial velocity of particle is 10 m//s Displacement of the particle (in m) at the end of 8 sec is ___ Round off to nearest integer.

Particles A and B move with constant and equal speeds in a circle as shown in (Fig. 5.164). Find the angular velocity of the particle A with respect to B , if the angular velocity of particle A w.r.t. O is omega . .