A man is standing on incline which makes `theta` with horizontal and rain is falling vertically with respect to man. Now man starts walking along the incline. Mark the correct option

A man is standing on a plank which is placed on smooth horizontal surface. There is sufficient friction between the feet of man and plank. Now man starts running over plank, correct statement is /are

A man is standing on a plank which is placed on smooth horizontal surface. There is sufficient friction between feet of man and plank. Now man starts running over plank, correct statement is/are

A man is standing on a plank which is placed on smooth horizontal surface. There is sufficient friction between feet of man and plank. Now man starts running over plank, correct statement is/are

A man standing on a inclined plain observes rain is falling vertically. When he starts moving down the inclined plain with velocity v=6m//s observes rain hitting him horizontally. The velocity of rain with respect to the man when he is moving down is

A man standing on a inclined plain observes rain is falling vertically. When he starts moving down the inclined plain with velocity v=6m//s observes rain hitting him horizontally. The velocity of rain with respect to the man when he is moving down is

A man standing on a inclined plain observes rain is falling verticaly. When he starts moving down the inclined plain with velocity v=6m//s observes rain hitting him horizontally. The actual velocity of rain is

A man standing on a inclined plain observes rain is falling verticaly. When he starts moving down the inclined plain with velocity v=6m//s observes rain hitting him horizontally. The actual velocity of rain is

A man is walking on a horizontal road at 3 km*h^(-1) while rain is falling vertically with a velocity of 4 km*h^(-1) . Find the magnitude and direction of the velocity of rain with respect to the man.

A man moving with a velocity of 5m//s on a horizontal road observes that raindrops fall at an angle of 45^(@) with the vertical. When he moves with a velocity of 16m//s along an inclined plane, which is inclined at 30^(@) with the horizontal , he observes raindrops falling vertically downward as shown in the figure. Find the actual velocity of the raindrops.