A mass is oscillating with amplitude A at the end of the spring. How far is this mass from the equilibrium is the elastic potential energy equals y times the kinetic energy? Write the correct expression for the position æ in terms of the given variables. DO NOT use LaTeX codes when writing the expression. When typing Greek letters, just spell the name and DO NOT write backslashes, e.g. type alpha instead of \alpha. Answer: Display response
A mass is oscillating with amplitude A at the end of the spring. How far is this mass from the equilibrium is the elastic potential energy equals y times the kinetic energy? Write the correct expression for the position æ in terms of the given variables. DO NOT use LaTeX codes when writing the expression. When typing Greek letters, just spell the name and DO NOT write backslashes, e.g. type alpha instead of \alpha. Answer: Display response
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Transcribed Image Text:A mass is oscillating with amplitude A at the end of the spring. How far is this mass from the equilibrium is the elastic potential
energy equals y times the kinetic energy?
Write the correct expression for the position æ in terms of the given variables. DO NOT use LaTeX codes when writing the expression.
When typing Greek letters, just spell the name and DO NOT write backslashes, e.g. type alpha instead of \alpha.
Answer:
Display response
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