Repeat the previous problem if the particle C s displaced through a distance x along the line AB.

Two particles A and B , each carrying charge Q are held fixed with a separation D between them. A particle C having mass m and charge q is kept at the middle point of the line AB. If particle C is displaced through a distance x along the line AB. What will be the time period of the oscillations.

Two particles A and B , each carrying charge Q are held fixed with a separation D between them. A particle C having mass m and charge q is kept at the middle point of the line AB. If particle C is displaced through a distance x along the line AB. What will be the time period of the oscillations.

Solve the previous problem , if particles moving in opposite direction.

In the previous problem, the maximum horizontal distance will be

In the previous problem, if the particle occupies a position x=7m at t=1s , then obtain an expression for the instantaneous displacement of the particle.

If in the previous problem, the particle travels 9//25 of the distance in its last second, find the time of fall and the height of the tower.

In the previous problem, the distance travelled by boat along the flow is