2. Another absent-minded physics professor has left his notebook on top of his car. The notebook has mass m = 1 kg. If the coefficient of static friction is u=0.7, and if he is driving at a speed of v = 20 m/sec, then what is the tightest corner he can turn without the notebook sliding off? (Give your answer as the radius of an equivalent circle.) %3D %3D

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2. Another absent-minded physics professor has left his notebook on top of his car. The
notebook has mass m = 1 kg. If the coefficient of static friction is u=0.7, and if he is
driving at a speed of v = 20 m/sec, then what is the tightest corner he can turn without
the notebook sliding off? (Give your answer as the radius of an equivalent circle.)
%3D
%3D
Transcribed Image Text:2. Another absent-minded physics professor has left his notebook on top of his car. The notebook has mass m = 1 kg. If the coefficient of static friction is u=0.7, and if he is driving at a speed of v = 20 m/sec, then what is the tightest corner he can turn without the notebook sliding off? (Give your answer as the radius of an equivalent circle.) %3D %3D
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