An 8.00 kg mass is suspended from the ceiling by a light string. A 2.00 kg...

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An 8.00 kg mass is suspended from the ceiling by a light string. A 2.00 kg mass is hung from the bottom of the 8.00 kg mass by a long light spring. a C 8.00 kg What is the tension in the spring? b What is the tension in the string? The string is now cut. For each mass, draw a diagram showing all the forces acting on that mass. d Calculate the initial acceleration of each mass. Explain whether or not these accelerations will be constant. e 1-0000000000- 2.00 kg An 8.00 kg mass is suspended from the ceiling by a light string. A 2.00 kg mass is hung from the bottom of the 8.00 kg mass by a long light spring. a C 8.00 kg What is the tension in the spring? b What is the tension in the string? The string is now cut. For each mass, draw a diagram showing all the forces acting on that mass. d Calculate the initial acceleration of each mass. Explain whether or not these accelerations will be constant. e 1-0000000000- 2.00 kg

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a In order to determine the tension in the spring we first need to consider the forces acting on the ... View the full answer