Derive the equation of motion from the velocity-time graph.

Derive the equation of the trajection of a projectile.

Using velocity time graph, derive the equations of motion for uniform acceleration moving along a straight line.

Derive equations of motion for a particle moving in a plane and show that the motion can be resolved in two independent motions in mutually perpendicular directions.

Derive equations of motion for a particle moving in a plane and show that the motion can be resolved in two independent motions in mutually perpendicular directions.

Answer the following questions: The changes in the velocity of a car in specific time intervals are given in the following table. The velocty-time graph in figure shows that, For nonuniformly accelerated motions, the velocity-time graph may have any shape depending on how the acceleration changes with time.Explain.

Answer the following questions: The changes in the velocity of a car in specific time intervals are given in the following table. Explain For all uniformly accelerated motions, the velocity-time graph is a straight line.

Which physical quantity can be determined by the area under the velocity time curves// graphs ?

Derive Einstein's equation of photoelectric effect

Derive the equation W = -P_(ext) Delta V

What inference do we draw from the velocity¬ time graph for a uniformly accelerated motion?