At a distance L=400m away from the signal light, brakes are applied to a locomotive moving with a velocity, u=54km/h. determine the position of rest of the locomotive relative to the signal light after 1 min of the application of the brakes if its acceleration a= -0.3 m/s^2
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At a distance L equals to 400m from the traffic light, brakes are applied to a locomotive moving at a velociy VEquals to 54 km/hr. Determine the position of the locomotive relative to the traffic light l minute after application
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Science
At a distance L equals to 400m from the traffic light, brakes are applied to a locomotive moving at a velociy VEquals to 54 km/hr. Determine the position of the locomotive relative to the traffic light l minute after
physics
A 1000 kg car traveling is at 40.0 m/ s. To avoid hitting a second car the driver slams on his brakes. The brakes provide a constant friction force of 8000 N. ( a) Find the minimum distance that the brakes should be applied in order to avoid a collision
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