Physics, 25.04.2021 22:20 bri9263

The upper end of a light rope of length L = 0.600 m is attached to the ceiling, and a small steel ball with mass m= 0.200 kg is suspended from the lower end of the rope. Initially, the ball is at rest and the rope is vertical. Then a force F⃗→with constant magnitude F= 0.760 N and a direction that is maintained tangential to the path of the ball is applied and the ball moves in an arc of a circle of radius L. What is the speed of the ball when the rope makes an angle α= 37∘ with the vertical?

The upper end of a light rope of length L = 0.600 m is attached to the ceiling, and a small steel b

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The upper end of a light rope of length L = 0.600 m is attached to the ceiling, and a small steel ba...