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A block of mass M sits on an frictionless inclined plane of angle

A block of mass M sits on an frictionless inclined plane of angle ® = ¼=4 as in Figure (1). It is connected by a wire of linear mass density ¹ = :03kg=m that goes over a pulley that supports mass m. Both masses are at rest. If transverse waves travel at v = 80m=s in the wire ¯nd Mand m, using symbols till the end. Ignore the mass of the string in computing the tension on the string, use it just to ¯nd the velocity of waves.
 

Jun 19 2020 View more View Less

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