Define relative velocity of one body with respect to another.

How do you define relative velocity of one body with respect to the other .obtain an equation for the same .

Define relative velocity. Deduce an expression for relative velocity of one object with respect to another in terms of their velocities relative to the earth.

Two bodies are moving such that the velocity of one is twice that of the other and they make an angle of 60^@ with each other. Find the relative velocity of one with respect to the other.

What is meant by relative velocity ? Velocities of two bodies are vecu and vecv respectively and they are at an angle theta . Find the magnitude and direction of the relative velocity of one with respect to the other.

A car starting from a point travels towards east with a velocity of 36 kmph . Another car starting from the same point travels towards north with a velocity of 24 kmph . The relative velocity of one with respect to another is

(A): A body, whatever its motion is always at rest in a frame of reference which is fixed to the body itself. (R): The relative velocity of a body with respect to itself is zero.

Assertion: A body,whatever its motion, is always at rest in a frame of reference which is fixed to the body itself. Reason: The relative velocity of a body with respect to itself is zero.

Assertion: A body,whatever its motion, is always at rest in a frame of reference which is fixed to the body itself. Reason: The relative velocity of a body with respect to itself is zero.

Assertion: A body,whatever its motion, is always at rest in a frame of reference which is fixed to the body itself. Reason: The relative velocity of a body with respect to itself is zero.