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A 2 m rope can support a 500 kg object hanging stationary before snapping. You decide to use it to spin a 100 kg

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A 2 m rope can support a 500 kg object hanging stationary before snapping. You decide to use it to spin a 100 kg mass in a vertical circle. a. How fast can you spin the object before the rope snaps? [2 marks] b. Prove what location in the spin the rope will snap? [2 marks] c. If you half the length of rope used, how will this affect the maximum speed? [2 marks] d. You now spin the mass in a horizontal motion at a speed of 15 m/s. How much more/less rope will you need? [2 marks]

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a To find the maximum speed before the rope snaps we can use the formula for centripetal force F mvr ... blur-text-image

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