Rain is falling with speed `12sqrt(2)` m//s at an angle of `45^(@)` with vertical line A man in a glider going at a speed of v at angle of `37^(@)` with respect to ground find the speed (in m//s) of glider so that rain apears to him falling vertically Consider motion of glider and rain drops in same vertical plane.

Rain is falling with a sped of 12sqrt(2)m//s at an angle 45^@ with the vertical line. A man in a glider going at a speed of u at an angle of 37^@ with respect to the ground. Find the speed of the glider so that rain appears to him falling vertically. Consider the motion of the glider and rain drops in the same vertical plane.

Rain is falling with a sped of 12sqrt(2)m//s at an angle 45^@ with the vertical line. A man in a glider going at a speed of u at an angle of 37^@ with respect to the ground. Find the speed of the glider so that rain appears to him falling vertically. Consider the motion of the glider and rain drops in the same vertical plane.

A man standing . Observes rain falling with velocity of 20 m//s at an angle of 30^@ with the vertical find out velocity of man so that rain appears to fall vertically

Rain is falling with a speed of 4nVs inadirection making an angle of 30^(@) with vertical towards south. What should be the magnitude & direction of velocity of cyclist to hold his umbrella exactly vertical, so that rain does not wet him:

Raindrops are falling with velocity 10 sqrt2 m/s making and angle 45^(@) with the vertical. The drops appear to be falling vertically to a man running with constant velocity . The velocity of rain drops change such that the rain drops now appear to be falling vertically with sqrt3 times the velcoity it appeared earlier to the same person running with same velocity . The angle ( in degrees) between the initial and final velocity of rain drops with respect to ground.

Raindrops are falling with velocity 10 sqrt2 m/s making and angle 45^(@) with the vertical. The drops appear to be falling vertically to a man running with constant velocity . The velocity of rain drops change such that the rain drops now appear to be falling vertically with sqrt3 times the velcoity it appeared earlier to the same person running with same velocity . The angle ( in degrees) between the initial and final velocity of rain drops with respect to ground.

Raindrops are falling with velocity 10 sqrt2 m/s making and angle 45^(@) with the vertical. The drops appear to be falling vertically to a man running with constant velocity . The velocity of rain drops change such that the rain drops now appear to be falling vertically with sqrt3 times the velcoity it appeared earlier to the same person running with same velocity . After the velocity of rain drops change the magnitude of velocity of raindrops with respect to ground is