In the given figure, the velocity `v_(3)` will be

In the given figure , the velocity v_(3) wil be

In the figure, the velocity v_(3) will be:

In the figure, the velocity v_(3) will be:

As shown in the figure a body of mass m moving horizontally with speed sqrt(3) m//s hits a fixed smooth wedge and goes up with a velocity v_(f) in the vertical direction. If /_ of wedge is 30^(@) , the velocity v_(f) will be :

In the given figure , the angle of inclination of the inclined plane is 30^(@) . A particle is projected with horizontal velocity v_(0) from height H. Find the horizotnal velocity v_(0) (in m/s) so that the particle hits the inclined plane perpendicu lar .Given H=4m, g =10m//s^(2) .

In the given figure, the current through the 20 V battery is

In the given figure, the current through the 20 V battery is

In the figure block moves downwards with velocity v_(1) , the wedge rightwards with velocity v_(2) . The correct relation between v_(1) and v_(2) is

In the figure block moves downwards with velocity v_(1) , the wedge rightwards with velocity v_(2) . The correct relation between v_(1) and v_(2) is