Assertion : Particle A is moving Eastwards and particle B Northwards with same speed. Then, velocity of A with respect to B is in South-East direction.
Reason : Relative velocity between them is zero as their speeds are same.

Four particles A, B, C and D are moving with constant speed v each. At the instant shown relative velocity of A with respect to B, C and D are in directions :-

Assertion : A bus moving due north takes a turn and starts moving towards east with same speed. There will be no change in the velocity of bus. Reason : Velocity is a vector-quantity.

Four particles A, B, C and D are moving with constant speed v each at the instant shown relative velocity of A with respect to B, C and D are in directions

Four particles A, B, C and D are moving with constant speed v each at the instant shown relative velocity of A with respect to B, C and D are in directions

Assertion: If two particles, moving with constant velocities are to meet, the relative velocity must be along the line joining the two particles. Reason: Relative velocity means motion of one particle as viewed from the other.

Two bodies A and B are moving with velocities vec(V)_(A) and vec(V)_(B) making an 'theta' with each other. Determine the relative velocity of A with respect to B. What will be the relative velocity . When two bodies are moving in the same direction.

A particle is moving eastwards with a velocity of 5 m/s. In 10s the velocity changes to 5 m/s northwards. The average acceleration in this time is

The relative velocity of two objects moving with same speed and in the same direction is