Rain is falling vertically downwards with a speed of `4 km h^-1`. A girl moves on a straight road with a velocity of `3 km h^-1`. The apparent velocity of rain with respect to the girl is.

Rain is falling vertically with a velocity of 3 kmh^-1 . A man walks in the rain with a velocity of 4 kmh^-1 . The rain drops will fall on the man with a velocity of

Rain is falling vertically with a velocity of 3 kmh^-1 . A man walks in the rain with a velocity of 4 kmh^-1 . The rain drops will fall on the man with a velocity of

Rain is falling vertically with a velocity of 3 kmh^-1 . A man walks in the rain with a velocity of 4 kmh^-1 . The rain drops will fall on the man with a velocity of

A shower of rain appears to fall vertically downwards with a velocity of 12 kmph on a person walking west wards with a velocity of 5 kmph. The actual velocity and direction of the rain are

A shower of rain appears to fall vertically downwards with a velocity of 12 kmph on a person walking west wards with a velocity of 5 kmph. The actual velocity and direction of the rain are

Rain is falling vertically with a velocity of 4 km hr^(-1) . A cyclist is going along a horizontal road with a velocity of 3 km hr^(-1) towards cast. Calculate the relative velocity of the rain with respect to the cyclist. In what direction must the cyclist hold his umbrella to save himself from the falling rain ?

Rain is falling vertically with a velocity of 4 km hr^(-1) . A cyclist is going along a horizontal road with a velocity of 3 km hr^(-1) towards cast. Calculate the relative velocity of the rain with respect to the cyclist. In what direction must the cyclist hold his umbrella to save himself from the falling rain ?