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`.
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A car A moves with velocit 20 m s^(-1) and car B with velocity 15 m s^(-1) as shown is. Find the relativety B w.r.t. A w.r.t. B . .

A car A moves with velocit 20 m s^(-1) and car B with velocity 15 m s^(-1) as shown is. Find the relativety B w.r.t. A w.r.t. B . .

Two particles A and B moving in a plane have velocities as shown in figure .Relative velocity of A w.r.t B

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 . ,

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 . ,

two train A and B are moving on parallel tracks with velocities of 60 kmh^(-1) and 90kmh^(-1) respectively but in oppiste directions. Find (i) the relative velocity of train A.w.r.t train B and (ii) the relative velocity of ground w.r.t tain A.

A man A moves due to East with velocity 6 ms^(-1) and another man B moves in N-30^(@)E with 6 ms^(-1) . Find the velocity of B w.r.t. A.

A man A moves due to East with velocity 6 ms^(-1) and another man B moves in N-30^(@)E with 6 ms^(-1) . Find the velocity of B w.r.t. A.