Problem: The pulley in the figure(Figure 1) represents different pulleys that are attached with outer radius and inner radius indicated in the table. The horizontal rope is pulled to the right at a constant linear speed that is the same in each case, and none of the two separate ropes slips in its contact with the pulley.A). R_outer = 0.8m R_inner = 0.4mB). R_outer = 0.2m R_inner = 0.1mC). R_outer = 0.6m R_inner = 0.5mD). R_outer = 0.4m R_inner = 0.2mE). R_outer = 0.4m R_inner = 0.3mF). R_outer = 0.6m R_inner = 0.2mRank these scenarios on the basis of the linear speed of the block.

FREE Expert Solution

Let the linear velocity be v.

The velocity of the block, v = (Rinner/Router)v

A) v = (0.4/0.8)v = 0.5v m/s

B) v = (0.1/0.2)v = 0.5v m/s

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Problem Details

The pulley in the figure(Figure 1) represents different pulleys that are attached with outer radius and inner radius indicated in the table. The horizontal rope is pulled to the right at a constant linear speed that is the same in each case, and none of the two separate ropes slips in its contact with the pulley.

The pulley in the figure(Figure 1) represents diff

A). R_outer = 0.8m R_inner = 0.4m
B). R_outer = 0.2m R_inner = 0.1m
C). R_outer = 0.6m R_inner = 0.5m
D). R_outer = 0.4m R_inner = 0.2m
E). R_outer = 0.4m R_inner = 0.3m
F). R_outer = 0.6m R_inner = 0.2m

Rank these scenarios on the basis of the linear speed of the block.

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What scientific concept do you need to know in order to solve this problem?

Our tutors have indicated that to solve this problem you will need to apply the Torque on Pulley Systems concept. If you need more Torque on Pulley Systems practice, you can also practice Torque on Pulley Systems practice problems.