If a car\'s acceleration is equal to the acceleration of gravity, then how long

Question

If a car's acceleration is equal to the acceleration of gravity, then how long would it take to reach a speed of 60 mph, starting from rest? If a car's acceleration is equal to the acceleration of gravity, then how long would it take to reach a speed of 60 mph, starting from rest? If a car's acceleration is equal to the acceleration of gravity, then how long would it take to reach a speed of 60 mph, starting from rest? If a car's acceleration is equal to the acceleration of gravity, then how long would it take to reach a speed of 60 mph, starting from rest?

Explanation / Answer

60mph = 96 kmph = 26.67m/s

vf = a*t

26.67 = 9.81*t

t = 2.72 sec

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