A Few Questions 1. Suppose three forces, each having different magnitudes, are in equilibrium on the force table. Will they still be in equilibrium if you add an equal amount of mass to all three of the weight hangers? Why? (Hint: Use the force table and your setup from Part 1 to justify your answer. After establishing equilibrium, add 50 gm to all three weight hangers and describe what happens.)

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A Few Questions
1. Suppose three forces, each having different magnitudes, are in equilibrium on the
force table. Will they still be in equilibrium if you add an equal amount of mass to all
three of the weight hangers? Why? (Hint: Use the force table and your setup from
Part 1 to justify your answer. After establishing equilibrium, add 50 gm to all three
weight hangers and describe what happens.)
Transcribed Image Text:A Few Questions 1. Suppose three forces, each having different magnitudes, are in equilibrium on the force table. Will they still be in equilibrium if you add an equal amount of mass to all three of the weight hangers? Why? (Hint: Use the force table and your setup from Part 1 to justify your answer. After establishing equilibrium, add 50 gm to all three weight hangers and describe what happens.)
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