My Notes Ask Yo An amusement park de consists of a uarge vertical cylinder that

Question

My Notes Ask Yo An amusement park de consists of a uarge vertical cylinder that spins about its is fast enou that any person inside is held up against the wol hen the floor drops away se gure below The coeffident of static friction between person and wall s and the ads of the cri de ls R (a) Show that the meximum period of revolution necessary to keep the person from felling is (o1/2, (Do this on paper Your instructor may esk you to turn in this work.) ir the rate or revolution or the cylinder is made to be omwhat larger what happens to the magnitude of each on of the forces acting on the person? (Selactahapply) The gravitetional force remains the same and the frictional force incresses The gravitational force and frictional force remain constant The nermal force incresses. what in the motion of the The person slides relative to the wall and downward into the pit. The person remains in motion with the wal The person slides relative to the wall and upward If the rete of revelution of the cylinder is instead meade to be somewhet smaller, whst happens to the megnitude of esch one of the forces ecting on the person? (Select all that apply) The gravitacional torce remains constant. Al the forces detrtase The normal and frictional force dearcase. The gravitetional force decreeses. How docs the motion or the percon changc? The person remains in mation with the wel The person slides relative to the wall and downward into the pit. The person slides relative to the wall and upnard

Explanation / Answer

Part B)

Option 1 i.e Gravitational force remains the same and frictional force increases

Option 4 i.e Normal reaction increases.

Part C)

Option 1 Gravitational force remains constant

Option 3 Normal reaction and frictional force decreases.

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