- #1
jhson114
- 82
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two cars A and B are traveling in a straight line. Car A is passing car B and at time t1, car A is adjacent to car B. If each cars are traveling in a constant speed ( each with separate constant speed), at time t1, instanteneous velocity of car A should be greater than car B right?? since in order for car A to pass car B, velocity of car A has to be greater than car B, and since their velocity is constant throughout motion, car A should have greater instanteneous velocity at t1.
also, it shouldn't matter if car B is accelerating and car A is traveling in a constant velocity.. right? since even though B is accelerating car A must have greater velocity at t1 in order to pass car B, therefore instanteneous of car A should still be greater. please correct me if I'm wrong. thank you
also, it shouldn't matter if car B is accelerating and car A is traveling in a constant velocity.. right? since even though B is accelerating car A must have greater velocity at t1 in order to pass car B, therefore instanteneous of car A should still be greater. please correct me if I'm wrong. thank you