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The car passes over the top of a vertical curve at 4 with a speed of 35 km/hr and then passes through the bottom
The car passes over the top of a vertical curve at 4 with a speed of 35 km/hr and then passes through the bottom of a dip at B The radii of curvature of the road at A and B are both 130 m. Find the speed of the car at B if the normal force between the road and the tires at B is twice that at 4. The mass center of the car is 1.4 meter from the road. v at B = A km/hr
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Given Speed at point A v A 35kmhr Radius of curvature at both A and B r130m Normal force at B is ...
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Fundamentals of Physics
Authors: Jearl Walker, Halliday Resnick
10th Extended edition
978-1118230718, 111823071X, 978-1118230725
