Question: l'm doing gr 11 physics and the unit is energy. A car moving at 60 km/hr (total mass with passengers 2500 kg.) runs out of

l'm doing gr 11 physics and the unit is energy.

A car moving at 60 km/hr (total mass with passengers 2500 kg.) runs out of fuel. In an effort to travel as far as possible, the driver doesn't apply the brakes. If the effective coefficient of friction is 0.20, How much work does the friction force do in stopping the car?

(This question is labelled as question "d" so you needed to solve the previous questions to solve this. But l'll just give you all the variables) so [m=2500kg, v2=0, v1=16.7m/s, coefficient of friction=0.20, d=71, a=1.96m/s^2, FN=4900N]

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