2.The figure below shows a roller-coaster car moving around a circular loop of radius R=10.0m. (a)...

   

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2.The figure below shows a roller-coaster car moving around a circular loop of radius R=10.0m. (a) Using Newton's second law, determine the speed must the car have at the top of the loop so that it will just make it over the top without any assistance from the track. (b) Using the law of conservation of mechanic energy, determine the speed will the car subsequently have at the bottom of the loop. (c)Determine the normal force on a passenger at the bottom of the loop. equation on the horizonta for static (d)Determine the magnitude bot R 2.The figure below shows a roller-coaster car moving around a circular loop of radius R=10.0m. (a) Using Newton's second law, determine the speed must the car have at the top of the loop so that it will just make it over the top without any assistance from the track. (b) Using the law of conservation of mechanic energy, determine the speed will the car subsequently have at the bottom of the loop. (c)Determine the normal force on a passenger at the bottom of the loop. equation on the horizonta for static (d)Determine the magnitude bot R

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To solve this problem we can analyze the motion of the rollercoaster car at different points along the loop At the top of the loop the car must have e... View the full answer