A car `A` going north-east at `80km//h` and another car `B` is going south-east at `60km//h.` The direction of the velocity of `A` relative to `B` makes an angle with the north equal to:

A car A moves along north with velocity 30 km/h and another car B moves along east with velocity 40 km/h. The relative velocity of A with respect to B is

A car A moves along north with velocity 30 km/h and another car B moves along east with velocity 40 km/h. The relative velocity of A with respect to B is

A body A is going frm south to north and body B is going from west to east .then the directin of relative velocity of A with respect to B is :

A car 'A' moves due north at a speed of 40km//hr , while another 'B' moves due east at a speed of 30km//hr . Find the velocity of car B relative to car A (both in magnitude and direction).

A car is moving at 24 km *h^(-1) towards east and another car is moving north at 18 km *h^(-1) . Find the relative velocity of the second car with respect to the first.

A train is moving with a velocity 40 km h^(-1) due East and a car is moving with a velocity 60 km h^(-10 due North, What is the velocity of train as appears to a passenger in the car ?

A motor car A is travelling with a velocity of 20m//s in the north-west direction and another motor car B is travelling with a velocity of 15m//s in the north-east directions.The magnitude of relative velocity of B with respect to A is.