A particle is given velocity `v_0` at point A as shown in the figure. Find the speed of particle at point `B,C` and `D`

velocity time graph of a particle is shown in figure. Find displacement of the particle.

velocity time graph of a particle is shown in figure. Find displacement of the particle.

Two particles of a mass 2m and m are tied with an inextensible string the particle of mass m is given a speed V as shown in the figure. Find the speed with which the particle of mass 2m starts moving.

Two particles of a mass 2m and m are tied with an inextensible string the particle of mass m is given a speed V as shown in the figure. Find the speed with which the particle of mass 2m starts moving.

Two particles of a mass 2m and m are tied with an inextensible string the particle of mass m is given a speed V as shown in the figure. Find the speed with which the particle of mass 2m starts moving.

A particle slides down a frictional parabolic (y=x^(2)) track (A-B-C)starting from rest at point A (shown in the figure).Point B is at the vertex of parabola and point C is at a height less than that of point A.After C, the particle moves freely in air as a projectile. If the particle reaches highest point at P,then

A particle moving in straight line, (1)/(v) versus displacement graph is shown in figure. Find average speed of particle for given 4 m.

A particle is dropped from point P at time t = 0. At the same time another particle is thrown from point O as shown in the figure and it collides with the particle P. Acceleration due to gravity is along the negative y-axis. If the two particles collide 2 s after they start, find the initial velocity v_0 of the particle which was projected from O. Point O is not necessarily on ground.

A particle is dropped from point P at time t = 0. At the same time another particle is thrown from point O as shown in the figure and it collides with the particle P. Acceleration due to gravity is along the negative y-axis. If the two particles collide 2 s after they start, find the initial velocity v_0 of the particle which was projected from O. Point O is not necessarily on ground.