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A race car has a mass of 708 kg It starts from rest and travels 35 m in 3.2 s The car is uniformly accelerated during the entire time What net force is applied to it?

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Total distance moved = Vi * t + ½ * at^2

It starts from rest

Initial velocity = 0

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And travels 35 m

Distance = 35 m

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in 3.2 s

time = 3.2 s

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Total distance moved = Vi * t + ½ * at^2

35 = 0 + ½ * a *3.2^2

35 = ½ * a * 10.24

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a = (35 * 2) ÷ 10.24

a = 6.836 m/s^2

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Force = mass * acceleration

Mass = 708 kg

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Force = 708 * 6.836=

Force = 4839.9 N

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Q: A 1.20 x 103 kg car accelerates uniformly for 15.0s from rest During this time the car travels 176m north What is the net force acting on the car during this acceleration?
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