The two blocks shown in the diagram below are connected by an inextensible string of negligible...

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The two blocks shown in the diagram below are connected by an inextensible string of negligible mass, and the mass M₂ is hanging under the action of gravity. The coefficient of friction between the mass M₁ and the table is u. Find the highest value * of u for which M₁ can slide. Does the tension in the string depend on the friction coefficient for μ > μ*? Figure 1 M₁ M₂ g The two blocks shown in the diagram below are connected by an inextensible string of negligible mass, and the mass M₂ is hanging under the action of gravity. The coefficient of friction between the mass M₁ and the table is u. Find the highest value * of u for which M₁ can slide. Does the tension in the string depend on the friction coefficient for μ > μ*? Figure 1 M₁ M₂ g The two blocks shown in the diagram below are connected by an inextensible string of negligible mass, and the mass M₂ is hanging under the action of gravity. The coefficient of friction between the mass M₁ and the table is u. Find the highest value * of u for which M₁ can slide. Does the tension in the string depend on the friction coefficient for μ > μ*? Figure 1 M₁ M₂ g The two blocks shown in the diagram below are connected by an inextensible string of negligible mass, and the mass M₂ is hanging under the action of gravity. The coefficient of friction between the mass M₁ and the table is u. Find the highest value * of u for which M₁ can slide. Does the tension in the string depend on the friction coefficient for μ > μ*? Figure 1 M₁ M₂ g

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