An agent applies force of constant magnitude `F_(0)` always in the tangential direction as shown in the figure`-3.77`. Find the speed of the bob when string becomes horizontal, assuming that it is at rest at its lowest point:

A force of constant magnitude F_(0) is applied in the tangential direction as shown in the figure. Assume that the bob is at its lowest point initially.

An object is in equilibrium under four concurrent forces in the direction shown in figure. Find the magnitudes of F_(1) and F_(2)

An object is in equilibrium under four concurrent forces in the direction shown in figure. Find the magnitudes of F_(1) and F_(2)

An object is in equilibrium under four concurrent forces in the direction shown in figure. Find the magnitudes of F_(1) and F_(2)

The bob of a pendulum at rest is given a sharp hit to impart a horizontal velocity sqrt(10 gl) where l is the length of the pendulum. Find the tension in the string when a. the string is horizontal. B. The bob is at its highest point and c. the string makes an angle of 60^0 with the upward vertical.

The bob of a pendulum at rest is given a sharp hit to impart a horizontal velocity sqrt(10 gl) where l is the length of the pendulum. Find the tension in the string when a. the string is horizontal. B. The bob is at its highest point and c. the string makes an angle of 60^0 with the upward vertical.

A wedge of mass M resting on a horizontal frictionless surface is acted upon by a force F in the horizontal direction as shown in figure. Find the net horizontal force acting on the shaded portion of the wedge.

A wedge of mass M resting on a horizontal frictionless surface is acted upon by a force F in the horizontal direction as shown in figure. Find the net horizontal force acting on the shaded portion of the wedge.

A wedge of mass M resting on a horizontal frictionless surface is acted upon by a force F in the horizontal direction as shown in figure. Find the net horizontal force acting on the shaded portion of the wedge.