Car A parked along the side of a highway and car B is traveling opposite to Car A at a constant velocity of 25 m/s. At t=0s, Car A starts and accelerates at a constant rate. While car B begins to slow down with a constant acceleration of one-fifth that of the acceleration of Car A at t=5s. Believing that when the cars pass each other Car A traveled 95 meters and that Va=Vb, a) Determine the acceleration of Car A b) Time when the vehicles pass each other c) Distance between the vehicles at t=0s
Car A parked along the side of a highway and car B is traveling opposite to Car A at a constant velocity of 25 m/s. At t=0s, Car A starts and accelerates at a constant rate. While car B begins to slow down with a constant acceleration of one-fifth that of the acceleration of Car A at t=5s. Believing that when the cars pass each other Car A traveled 95 meters and that Va=Vb, a) Determine the acceleration of Car A b) Time when the vehicles pass each other c) Distance between the vehicles at t=0s
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Car A parked along the side of a highway and car B is traveling opposite to Car A at a constant velocity of 25 m/s. At t=0s, Car A starts and accelerates at a constant rate. While car B begins to slow down with a constant acceleration of one-fifth that of the acceleration of Car A at t=5s. Believing that when the cars pass each other Car A traveled 95 meters and that Va=Vb,
a) Determine the acceleration of Car A
b) Time when the vehicles pass each other
c) Distance between the vehicles at t=0s
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