Two roads intersect at right angle; one goes along the $x$ -axis, another along the y-axis. At any. two cars $A$ and $B$ moving along $y$ and $x$ directions; respectively, meet at intersection. Draw the direction of the motion of car $A$ as seen from car $B$ .

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Solution

Direction of motion of car $A$ as seen from car $B$
${\to v}_{A, B} = {\to v}_{A} - {\to v}_{B} = {\to v}_{A} + (- {\to v}_{B})$
Here car $B$ will consider as rest and car A will be observed.

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Two roads intersect at right angle; one goes along the x-axis, another along the y-axis. At any. two cars A and B moving along y and x directions; respectively, meet at intersection. Draw the direction of the motion of car A as seen from car B.

Direction of motion of car A as seen from car B→vA,B=→vA−→vB=→vA+(−→vB)Here car B will consider as rest and car A will be observed.

Two roads intersect at right angle; one goes along the $x$ -axis, another along the y-axis. At any. two cars $A$ and $B$ moving along $y$ and $x$ directions; respectively, meet at intersection. Draw the direction of the motion of car $A$ as seen from car $B$ .

Direction of motion of car $A$ as seen from car $B$
${\to v}_{A, B} = {\to v}_{A} - {\to v}_{B} = {\to v}_{A} + (- {\to v}_{B})$
Here car $B$ will consider as rest and car A will be observed.