56 A solid sphere of mass 0.250 kg and radius 2.00 cm rolls without slipping along the track shown in Figure P11.51. 8 T

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56 A solid sphere of mass 0.250 kg and radius 2.00 cm rolls without slipping along the track shown in Figure P11.51. 8 T

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56 A Solid Sphere Of Mass 0 250 Kg And Radius 2 00 Cm Rolls Without Slipping Along The Track Shown In Figure P11 51 8 T 1
56 A Solid Sphere Of Mass 0 250 Kg And Radius 2 00 Cm Rolls Without Slipping Along The Track Shown In Figure P11 51 8 T 1 (329.11 KiB) Viewed 53 times
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56 A solid sphere of mass 0.250 kg and radius 2.00 cm rolls without slipping along the track shown in Figure P11.51. 8 The sphere starts from rest with its lowest point at a height h above the bottom of a loop of radius 2.0 m, which is much larger than r. (a) What is the minimum value that h can have if the sphere is to complete the loop? (b) What are the force components on the sphere at point P is h = 3R? (a) 5.50 m; (b) Fx = 0 N, Fy = -6.53 N b. (a) 5.40 m; (b) Fx = -7.00 N, Fy = -2.45 N c. (a) 5.50 m; (b) Fx = -6.53 N, Fy = -2.45 N d. (a) 5.40 m; (b) Fx = -7.00 N, Fy = 0 N correct: b
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