Assume the radius of the vertical track is 5.00 m and use g = 10.0 m/s....

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Assume the radius of the vertical track is 5.00 m and use g = 10.0 m/s. You can also assume the circle is perfectly horizontal, and the wall is perfectly vertical. Part (a) Homework Answered Due Oct 10th, 12:15 PM See if you can sketch the free-body diagram for this situation. If the normal force acting on the motorcycle is 2.00 times m is the combined mass of the rider and the motorcycle, what is the speed of the motorcycle? mg, where m/s Type your numeric answer and submit 10 Answered Correct! 4 attempts left You are correct Resubmit Part (b) := Homework Answered Due Oct 10th, 12:15 PM In this situation, what does the minimum coefficient of static friction have to be to prevent the motorcycle from slipping down the vertical wall? Type your numeric answer and submit 2 Answered - Incorrect 4 attempts left You are incorrect Resubmit Assume the ra circle is perfe Part Assume the radius of the vertical track is 5.00 m and use g = 10.0 m/s. You can also assume the circle is perfectly horizontal, and the wall is perfectly vertical. Part (a) Homework Answered Due Oct 10th, 12:15 PM See if you can sketch the free-body diagram for this situation. If the normal force acting on the motorcycle is 2.00 times m is the combined mass of the rider and the motorcycle, what is the speed of the motorcycle? mg, where m/s Type your numeric answer and submit 10 Answered Correct! 4 attempts left You are correct Resubmit Part (b) := Homework Answered Due Oct 10th, 12:15 PM In this situation, what does the minimum coefficient of static friction have to be to prevent the motorcycle from slipping down the vertical wall? Type your numeric answer and submit 2 Answered - Incorrect 4 attempts left You are incorrect Resubmit Assume the ra circle is perfe Part