T g Y A 8 meter radius amusement park ride starts to speed up from rest...

Transcribed Image Text:

T g Y A 8 meter radius amusement park ride starts to speed up from rest in the horizontal plane with a 100 kg rider. Left image in the figure for parts a,b. a) Draw a FBD for the person that remains stationary with respect to the wall without touching the floor of the ride. Label all forces using by,on notation. (1.5 pts) b) With a static coefficient of friction equal to 0.6, calculate the minimum constant speed of the person to remain stationary relative to the wall of the ride without touching the floor. (2 pts) Once up to a speed of 20 m/s the ride then moves to rotating in the vertical plane. Right image in the figure for parts c-e. c) For the vertical position with theta as an angle above the horizontal direction and equal to 30 degrees, draw a FBD for the person with constant speed at the instant shown in the figure. (1.5 pts) d) Calculate the magnitude of the normal force by the wall on the person at the instant shown. (2 pts) e) Calculate the magnitude of static friction by the wall on the person at the instant shown. (2 pts) 1 pt for correct units on all answers - (Not required to be shown in your work) T g Y A 8 meter radius amusement park ride starts to speed up from rest in the horizontal plane with a 100 kg rider. Left image in the figure for parts a,b. a) Draw a FBD for the person that remains stationary with respect to the wall without touching the floor of the ride. Label all forces using by,on notation. (1.5 pts) b) With a static coefficient of friction equal to 0.6, calculate the minimum constant speed of the person to remain stationary relative to the wall of the ride without touching the floor. (2 pts) Once up to a speed of 20 m/s the ride then moves to rotating in the vertical plane. Right image in the figure for parts c-e. c) For the vertical position with theta as an angle above the horizontal direction and equal to 30 degrees, draw a FBD for the person with constant speed at the instant shown in the figure. (1.5 pts) d) Calculate the magnitude of the normal force by the wall on the person at the instant shown. (2 pts) e) Calculate the magnitude of static friction by the wall on the person at the instant shown. (2 pts) 1 pt for correct units on all answers - (Not required to be shown in your work)