One day in still air, a motor-cyclist riding norht at `30m//s`, suddenly the wind starts blowing Westward with a velocity `50m//s`, then calculate the apparent velocity with which the motor-cylist will move

A motor cyclist is riding North in still air at 36 kmh^(-1) .The wind starts blowing West ward with a velocity 18 kmh^(-1) The direction of apparent velocity is

A motor cyclist is riding North in still air at 20 km H^(-1) . If the wind starts blowing westard with a velocity of 45.8 km h^(-1) find the apparent velocity with which the motor cyclist moves, tiem it takes to cover 100 km and its direction of motin.

A motor cyclist is riding North in still air at 36 kmh^(-1) .The wind starts blowing West ward with a velocity 18 kmh^(-1) If the wind velocity becomes 36 kmh^(-1) due West, then how much more distance the motor cyclist would cover in 10 min

Wind is blowing from south at 10 m/s but to a cyclist it appears to be blowing from the east at 10 m/s. The cyclist has a velocity

A boat is moving towards east velocity 4 m/s w.r.t still water and river is flowing towards north with velocity 2 m/s and the wind blowing towards north with velocity 6 m/s. the direction of the flag blown over by the wind hpisted on the boat is

A boat is moving towards east velocity 4 m/s w.r.t still water and river is flowing towards north with velocity 2 m/s and the wind blowing towards north with velocity 6 m/s. the direction of the flag blown over by the wind hpisted on the boat is

A person moves due east at speed 10 m/s and feels the wind is blowing towards south at speed 10 m/s. Find actual velocity of wind flow -

A boat is moving towards south with veloctity 3 m//s with respect to still water and river is flowing towards east with velocity 3 m//s and the wind is blowing towards south-east with velocoity 3 sqrt2 m//s . The direction of the flag blown over by the wind, hoisted on the boat is :