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Q16. A 6.0 kg mass hangs from a spring, stretching it from its equilibrium position by 0.40 m. Th 6.0 kg mass is removed, and a 3.0 kg mass is hung from the same spring. Now how much is the spring stretched from its equilibrium position? A. 0.40 m B. 0.16 m C. 0.10 m D. 0.80 m

Q16. A 6.0 kg mass hangs from a spring, stretching it from its equilibrium position by 0.40 m. Th 6.0 kg mass is removed, and a 3.0 kg mass is hung from the same spring. Now how much is the spring stretched from its equilibrium position? A. 0.40 m B. 0.16 m C. 0.10 m D. 0.80 m

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Q16. A 6.0 kg mass hangs from a spring, stretching it from its equilibrium position by 0.40 m. The 6.0 kg mass is removed, and a 3.0 kg mass is hung from the same spring. Now how much is the spring stretched from its equilibrium position? A. 0.40 m B. 0.16 m C. 0.10 m D. 0.80 m E. 0.20 m F. None of the above 5
Transcribed Image Text:Q16. A 6.0 kg mass hangs from a spring, stretching it from its equilibrium position by 0.40 m. The 6.0 kg mass is removed, and a 3.0 kg mass is hung from the same spring. Now how much is the spring stretched from its equilibrium position? A. 0.40 m B. 0.16 m C. 0.10 m D. 0.80 m E. 0.20 m F. None of the above 5
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