[" ovn.There is no fiction between bock and veoge in both the figures.Let "T" and "T_(2)" be the time taken by the blocks,res "],[" riace "],[[" (iiised "],[" "wote "]]

A block of mass m_(1) lies on the top of fixed wedge as shown in fig. and another block of mass m_(2) lies on top of wedge which is free to move as shown in fig. At time t=0 both the blocks are released from rest from a vertical height h above the respective horizontal surface on which the wedge is placed as shown. There is no friction between block and wedge in both the figures. Let T_(1) and T_(2) be the time taken by the blocks respectively to just reach the horizontal surface. then

A block of mass m_(1) lies on the top of fixed wedge as shown in fig. and another block of mass m_(2) lies on top of wedge which is free to move as shown in fig. At time t=0 both the blocks are released from rest from a vertical height h above the respective horizontal surface on which the wedge is placed as shown. There is no friction between block and wedge in both the figures. Let T_(1) and T_(2) be the time taken by the blocks respectively to just reach the horizontal surface. then

A block of mass m_(1) lies on top of fixed wedge as shown in figure 1 and another block of mass m_(2) lies on top of wedge which is free to move as shown in figure 2. At time t=0 , both the blocks are released from rest from a vertical height h above the respective horizontal surface on which the wedge is palced as shown. There is no friction betwen block and wedge in both the figures. Let T_(1) and T_(2) be the time taken by block in figure 1 and block in figure 2 respectively to just reach the horizontal surface then:

Trajectories of two projectiles are shown in the figure. Let T_(1) and T_(2) be the time period and u_(1) & u_(2) speeds of projection. Then

Trajectories of two projectiles are shown in figure.Let T_(1) and T_(2) be the time periods and u_(1) and u_(2) their speeds of projection.Then

Trajectories of two projectiles are shown in figure.Let T_(1) and T_(2) be the time periods and u_(1) and u_(2) their speeds of projection.Then

The given figure shows the elliptical orbit of a planet m about the sun S. If t_(1) is the time taken by the planet of move from C to D and t_(2) is the time taken by the planet to move from A to B, then the relation between t_(1) and t_(2) is [Given, area SCD = 2 (area SAB)]

Power of a force acting on a block varies with time t as shown in figure. Then, angle between force acting on the block and its velocity is