A spring is hanging vertically in equilibrium, the spring has a length of 60 cm. A 2kg mass is hung on the lower end of the spring and the spring length is now 1.4 m. 7: A: What would be the period of oscillation of the system? mass was Increased hy 20%. then what would the percent change in the period?
A spring is hanging vertically in equilibrium, the spring has a length of 60 cm. A 2kg mass is hung on the lower end of the spring and the spring length is now 1.4 m. 7: A: What would be the period of oscillation of the system? mass was Increased hy 20%. then what would the percent change in the period?
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![7:
A spring is hanging vertically in equilibrium, the spring has a length of 60 cm. A 2kg mass is hung on the lower
end of the spring and the spring length is now 1.4 m.
A:
What would be the period of oscillation of the system?
B:
If the mass was increased by 20%, then what would the percent change in the period?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F764fb59d-5c8c-4853-8a59-c4663fb831ec%2Fa70b4560-e1b8-4b41-8ad4-e454e304eb3b%2Fw4tovzo_processed.jpeg&w=3840&q=75)
Transcribed Image Text:7:
A spring is hanging vertically in equilibrium, the spring has a length of 60 cm. A 2kg mass is hung on the lower
end of the spring and the spring length is now 1.4 m.
A:
What would be the period of oscillation of the system?
B:
If the mass was increased by 20%, then what would the percent change in the period?
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