Two cars, initially at a separation of 12 m, start simultaneously. First car A, starting from rest moves with an acceleration 2 m/s2 , whereas the car B, which is ahead, moves with a constant velocity 1 m/s, away from car A along the same direction. Find the time when car A overtakes car B.

Two cars, initially at a separation of 12 m, start simultaneously. Fir

1.	Two cars, initially at a separation of 12 m, start simultaneously. First car A, starting from rest moves with an acceleration 2 m/s2 , whereas the car B, which is ahead, moves with a constant velocity 1 m/s, away from car A along the same direction. Find the time when car A overtakes car B.
Answer» Two cars, initially at a separation of $12 m$ , start simultaneously. First car $A$ , starting from rest moves with an acceleration $2 {m/s}^{2}$ , whereas the car $B$ , which is ahead, moves with a constant velocity $1 m/s$ , away from car $A$ along the same direction. Find the time when car $A$ overtakes car $B$ .

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Two cars, initially at a separation of 12 m, start simultaneously. First car A, starting from rest moves with an acceleration 2 m/s2 , whereas the car B, which is ahead, moves with a constant velocity 1 m/s, away from car A along the same direction. Find the time when car A overtakes car B.

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