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A barrel is held in equilibrium with a rope (made from all brass) on a ramp. The rope goesover the top of the barrel and holds it in place. The mass of the barrel is 600 kg, the diameterof the rope is 60 cm, and the coefficient of friction is 0.255.A. What is the tension in the rope?2sB. What is the steepest angle before slipping?C. what is the smallest diameter the rope can be before breaking?

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Please help with this problem.

A barrel is held in equilibrium with a rope (made from all brass) on a ramp. The rope goes
over the top of the barrel and holds it in place. The mass of the barrel is 600 kg, the diameter
of the rope is 60 cm, and the coefficient of friction is 0.25
5.
A. What is the tension in the rope?
2s
B. What is the steepest angle before slipping?
C. what is the smallest diameter the rope can be before breaking?
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A barrel is held in equilibrium with a rope (made from all brass) on a ramp. The rope goes over the top of the barrel and holds it in place. The mass of the barrel is 600 kg, the diameter of the rope is 60 cm, and the coefficient of friction is 0.25 5. A. What is the tension in the rope? 2s B. What is the steepest angle before slipping? C. what is the smallest diameter the rope can be before breaking?

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Step 1

The figure shows the forces acting on the barrel.

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Step 2

From the figure, the equilibrium condition for the forces is given in equation (1).

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Step 3

Substitute known...

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