A 2 pound weight is attached to a 3 pound weight by a rope that passes over an ideal pulley The smaller weight hangs vertically, while the larger weight sits on a frictionless inclined ramp with angle The rope exerts a tension force T on both weights along the direction of the rope Find the angle measure for that is needed to keep the larger weight from sliding down the ramp Round your answer to the nearest tenth of a degree T 2 pounds 3 pounds

Question: A 2-pound weight is attached to a 3-pound weight by a rope that passes over an ideal pulley. The smaller weight hangs vertically, while the

A 2-pound weight is attached to a 3-pound weight by a rope that passes over an ideal pulley. The smaller weight hangs vertically, while the larger weight sits on a frictionless inclined ramp with angle θ. The rope exerts a tension force T on both weights along the direction of the rope. Find the angle measure for θ that is needed to keep the larger weight from sliding down the ramp. Round your answer to the nearest tenth of a degree. T 2 pounds 3 pounds

T 2 pounds 3 pounds

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