Two objects `A and B` are moving along the directions as shown in (Fig. 5.77). Find the magnitude and direction of the relative velocity of `B w.r.t. A`.
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Two objects A and B are moving in opposite directions with velocities v_(A) and v_(B) respectively, the magnitude of relative velocity of A w.r.t. B is

Two objects A and B are moving in opposite directions with velocities v_(A) and v_(B) respectively, the magnitude of relative velocity of A w.r.t. B is

Two bodies A and B are moving with velocities vecv_A and vecv_B respectively, making an angle theta with each other. Find the magnitude and direction of relative velocity of B with respect to A.

Two bodies A and B are moving with velocities v_A and v_B , making an angle theta with each other. Determine the relative velocity of A w.r.t. B. What will be the relative velocity when the two bodies move in same direction

Two bodies A and B are moving with velocities v_A and v_B , making an angle theta with each other. Determine the relative velocity of A w.r.t. B. What will be the relative velocity when the two bodies move in opposite directions ?

A car A moves with velocity 15 m s^(-1) and B with velocity 20 m s^(-1) are moving in opposite directions as shown in . Find the relative velocity of B w.r.t. A and w.r.t. B . .

A car A moves with velocity 15 m s^(-1) and B with velocity 20 m s^(-1) are moving in opposite directions as shown in . Find the relative velocity of B w.r.t. A and w.r.t. B . .

If two objects A and B are moving along a straight line in the same direction with the velocities V_(A)andV_(B) respectively, then the relative velocity is

Two objects A and B are walking with speed 6 km/h and 10 km/h respectively in the same direction. Find the relative displacement of B w.r.t. A after 4 hours.

Two objects A and B are walking with speed 6 km/h and 10 km/h respectively in the same direction. Find the relative displacement of B w.r.t. A after 4 hours.