Two blocks are sitting on opposite sides of a sloping roofattached by a rope pas

Question

Two blocks are sitting on opposite sides of a sloping roofattached by a rope passing over a support at the top of the roof.Friction between the blocks and the inclined surface(roof) may be neglected. Knowing the motion of the first block(B) up the inclinded plane is impendng when m(b) equals8kg determine A) The coeffeicent of static friction betweenthe rope and the support & B) The largest value for m(B) forwhich the equilibrium is maintained. [The other block, block Aweighs 10kg. The roof slopes upwards 30 degrees relative to theground.] Please Help, Thanks Two blocks are sitting on opposite sides of a sloping roofattached by a rope passing over a support at the top of the roof.Friction between the blocks and the inclined surface(roof) may be neglected. Knowing the motion of the first block(B) up the inclinded plane is impendng when m(b) equals8kg determine A) The coeffeicent of static friction betweenthe rope and the support & B) The largest value for m(B) forwhich the equilibrium is maintained. [The other block, block Aweighs 10kg. The roof slopes upwards 30 degrees relative to theground.] Please Help, Thanks

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