Two masses m, M lie on each side of a smooth wedge (sce Figure), connected by a string passing over a frictionlcss pulley. The wedge faces make angles 8, = 53° and 02 = 47° to the horizontal respectively. What value must the ratio M/m take so that the masses remain stationary? What is the tension in the string in this case, in terms of m, g? %3D
Two masses m, M lie on each side of a smooth wedge (sce Figure), connected by a string passing over a frictionlcss pulley. The wedge faces make angles 8, = 53° and 02 = 47° to the horizontal respectively. What value must the ratio M/m take so that the masses remain stationary? What is the tension in the string in this case, in terms of m, g? %3D
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![Two masses m, M lie on cach side of a smooth wedge (sce Figure), connected
by a string passing over a frictionless pulley. The wedge faces make angles
8, = 53° and 82 = 47° to the horizontal respectively. What value must the
ratio M/m take so that the masses remain stationary? What is the tension in
the string in this case, in terms of m, g?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fef39683f-f708-4f5e-bab5-2a75e4213108%2F4f3fcda3-44c3-4dd7-b039-a0569480be03%2Fc8gr5wd_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Two masses m, M lie on cach side of a smooth wedge (sce Figure), connected
by a string passing over a frictionless pulley. The wedge faces make angles
8, = 53° and 82 = 47° to the horizontal respectively. What value must the
ratio M/m take so that the masses remain stationary? What is the tension in
the string in this case, in terms of m, g?
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