2. A car is initially traveling along a horizontal circular path with radius of 400 ft as shown at a velocity of 30 miles/hour (mph). When the driver hits the pedal, the car accelerates at a constant rate. It is observed that when the car has traveled a total distance of 300 ft, its speed increases to 40 mph. Determine the total acceleration of the car when it reached this speed of 40 mph. -400 ft
2. A car is initially traveling along a horizontal circular path with radius of 400 ft as shown at a velocity of 30 miles/hour (mph). When the driver hits the pedal, the car accelerates at a constant rate. It is observed that when the car has traveled a total distance of 300 ft, its speed increases to 40 mph. Determine the total acceleration of the car when it reached this speed of 40 mph. -400 ft
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Transcribed Image Text:2. A car is initially traveling along a horizontal circular path with radius of 400 ft as shown at a velocity of
30 miles/hour (mph). When the driver hits the pedal, the car accelerates at a constant rate. It is observed
that when the car has traveled a total distance of 300 ft, its speed increases to 40 mph. Determine the total
acceleration of the car when it reached this speed of 40 mph.
-400 ft
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