Two projectiles `A` and `B` are fired simultaneously as shown in figure. They collide in air at point at time `t`.Then

Two projectiles A and B are fired simu ltaneou ly as shown in Fig. 5.114. they colide in air at point at time t. then :

Two particles A and B are projected simultaneously in a vertical plane as shown in figure. They collide at time t in air. Write down two necessary equations for collision to take place.

Two particles A and B are projected simultaneously in a vertical plane as shown in figure. They collide at time t in air. Write down two necessary equations for collision to take place.

Two particles are projected simultaneously from the level ground as shown figure. They may collide after a time :

Two friends A and b playing a game of collisionn of balls and throwing balls from the top of two towers simultaneously as shown in the figure. If the balls collide in air at point P and point O is treated as origin then answer the following questions (g=10m//s^(2)) Co-ordinates of the particles at point P are:

Two friends A and b playing a game of collision of balls and throwing balls from the top of two towers simultaneously as shown in the figure. If the balls collide in air at point P and point O is treated as origin then answer the following questions (g=10m//s^(2)) Distance D betwen the towers is:

Two projectiles are projected simultaneously from two towers as shwon in figure. If the projectiles collide in the air, then find the distance "s" between the towers.

Two particles A and B are projected simultaneously in the directins shown in figure with velocities v_(A) = 20 m//s and v_(B) = 10 m//s respectively. They collide in air after 1/2 s. Find (a) the angle theta (b) the distance x. .

Two particles A and B are projected simultaneously in the directins shown in figure with velocities v_(A) = 20 m//s and v_(B) = 10 m//s respectively. They collide in air after 1/2 s. Find (a) the angle theta (b) the distance x. .

Two particles A and B are projected simultaneously in the directins shown in figure with velocities v_(A) = 20 m//s and v_(B) = 10 m//s respectively. They collide in air after 1/2 s. Find (a) the angle theta (b) the distance x.