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. For the given set up, the two cylinders on the left and right are movable horizontally while the cylinder in the middle is fixed. Determine the distance a so that the system is in equilibrium and the tension T₂ is equal to 2.5 N and T₁ is equal to 2.0 N. The radius of the three cylinders is equal to 20 mm, while the coefficient of friction between the cylinder and the rope (μ) is 0.1529.

. For the given set up, the two cylinders on the left and right are movable horizontally while the cylinder in the middle is fixed. Determine the distance a so that the system is in equilibrium and the tension T₂ is equal to 2.5 N and T₁ is equal to 2.0 N. The radius of the three cylinders is equal to 20 mm, while the coefficient of friction between the cylinder and the rope (μ) is 0.1529.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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. For the given set up, the two cylinders on the left and right are movable horizontally, while the cylinder in the middle is fixed. Determine the distance a so that the system is in equilibrium and the tension T₂ is equal to 2.5 N and T₁ is equal to 2.0 N. The radius of the three cylinders is equal to 20 mm, while the coefficient of friction between the cylinder and the rope (u) is 0.1529. T₁ T₂ Answer: a = 60.0016 mm
Transcribed Image Text:. For the given set up, the two cylinders on the left and right are movable horizontally, while the cylinder in the middle is fixed. Determine the distance a so that the system is in equilibrium and the tension T₂ is equal to 2.5 N and T₁ is equal to 2.0 N. The radius of the three cylinders is equal to 20 mm, while the coefficient of friction between the cylinder and the rope (u) is 0.1529. T₁ T₂ Answer: a = 60.0016 mm
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