Two particles are projected with speed `4 m//s` and `3 m//s` simultaneously from same point as shown in the figure. Then :

Two particles are projected with speed 4m//s and 3m//s simultaneously from same point as shown in the figure. Then:

Two particles are projected with speed 4m//s and 3m//s simultaneously from same point as shown in the figure. Then:

A particle is projected at an angle 60^@ with speed 10(sqrt3)m//s , from the point A, as shown in the figure. At the same time the wedge is made to move with speed 10 (sqrt3) m//s towards right as shown in the figure. Then the time after which particle will strike with wedge is

Choose the correct option: A particle is projected at an angle 60^@ with speed 10(sqrt3)m//s , from the point A, as shown in the figure. At the same time the wedge is made to move with speed 10 (sqrt3) m//s towards right as shown in the figure. Then the time after which particle will strike with wedge is

A particle is projected at an angle 60^(@) with speed 10sqrt3 m/s from the point A as shown in the figure. At the same time the wedge is made to move with speed 10sqrt3 m/s toward right as shown in figure. Find the time after which particle will strike the wedge.

Two particles are projected from the two towers simultaneously, as shown in the figure. What should be value of 'd' for their collision.

Two particles are projected from the two towers simultaneously, as shown in the figure. What should be value of 'd' for their collision.

Two particles are projected from the two towers simultaneously, as shown in the figure. What should be value of 'd' for their collision.

Two particles are projected from the two towers simultaneously, as shown in the figure. What should be value of d for their collision.

Two particles of equal mass are projected simultaneously with speeds 20 m//s end 10sqrt(3)m//s as shown in figure. Find the maximum height reached by the centre of mass of the particles