2. A car is moving at a constant velocity next to and parallel to railroad tracks. When its front just reaches the rear of a 92 m long train, the train starts accelerating from rest at a constant rate. After 14 seconds, the front of the car just reaches the front of the train, but after 28 seconds, the car has fallen back to the rear of the train. Make a (correct!!) sketch of the situation. From this information, calculate the velocity of the car and the acceleration of the train.
2. A car is moving at a constant velocity next to and parallel to railroad tracks. When its front just reaches the rear of a 92 m long train, the train starts accelerating from rest at a constant rate. After 14 seconds, the front of the car just reaches the front of the train, but after 28 seconds, the car has fallen back to the rear of the train. Make a (correct!!) sketch of the situation. From this information, calculate the velocity of the car and the acceleration of the train.
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Transcribed Image Text:2. A car is moving at a constant velocity next to and parallel to railroad tracks. When its front just
reaches the rear of a 92 m long train, the train starts accelerating from rest at a constant rate.
After 14 seconds, the front of the car just reaches the front of the train, but after 28 seconds,
the car has fallen back to the rear of the train. Make a (correct!!) sketch of the situation. From
this information, calculate the velocity of the car and the acceleration of the train.
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