If it is known that the angular frequency of an object performing SHM when it has a potential energy Ug is twice than when it has potential energy Uas what is the value of K constant in the potential expression Ug? (assume that object has unit mass) U(x) Ualx)=Kx? U.(x)=2x²
If it is known that the angular frequency of an object performing SHM when it has a potential energy Ug is twice than when it has potential energy Uas what is the value of K constant in the potential expression Ug? (assume that object has unit mass) U(x) Ualx)=Kx? U.(x)=2x²
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![10. If it is known that the angular frequency of an object performing SHM when it has a
potential energy Ug is twice than when it has potential energy UA, what is the value
of K constant in the potential expression Ug? (assume that object has unit mass)
U(x)
Us(x)=Kx?
Ua(x)=2x?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa97ab838-37ab-415d-9963-1bf241dd976e%2F3bdc8b79-e9be-45da-a27c-0355abf527d0%2Fp2fc8c_processed.png&w=3840&q=75)
Transcribed Image Text:10. If it is known that the angular frequency of an object performing SHM when it has a
potential energy Ug is twice than when it has potential energy UA, what is the value
of K constant in the potential expression Ug? (assume that object has unit mass)
U(x)
Us(x)=Kx?
Ua(x)=2x?
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