The ring shown in fig. is given a constant horizontal acceleration `(a_(0)=gsqrt(3))`. The maximum deflection of the string from the vertical is `theta_(0)`. Then

The ring shown in fig. is given a constant horizontal acceleration (a_(0)=g/sqrt(3)) . The maximum deflection of the string from the vertical is theta_(0) . Then

A particle is projected horizontally from a tower with velocity V_(0) . Wind is blowing in opposite direction and is providing a constant horizontal acceleration a_(0) . If particle strikes the ground vertically then height of building is

A pendulum of mass m and length l is suspended from the ceiling of a trolley which has a constant acceleration a in the maximum deflection theta of the pendulum from the vertical.

A pendulum of mass m and length l is suspended from the ceiling of a trolley which has a constant acceleration a in the maximum deflection theta of the pendulum from the vertical.

In shown figure, the trolley starts accelerating with acceleration a. The maximum angle deflected by thread from vertical will be:

When the trolley show in figure is given a horizontal acceleration a , the pendulem bob of mass m gets deflected to a maximum deflection , the net acceleration of the bob with respect to trolley is

When the trolley show in figure is given a horizontal acceleration a , the pendulem bob of mass m gets deflected to a maximum deflection , the net acceleration of the bob with respect to trolley is

A small sphere is suspended by a string from the ceiling of a car. If the car beings to move with a constant acceleration a, the inclination of the string to the vertical is:

A small sphere is suspended by a string from the ceiling of a car. If the car beings to move with a constant acceleration a, the inclination of the string to the vertical is

A small sphere is suspended by a string from the ceiling of a car. If the car beings to move with a constant acceleration a, the inclination of the string to the vertical is: