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What happens to the energy of a simple harmonic oscillator if its amplitude is doubled?

What happens to the energy of a simple harmonic oscillator if its amplitude is doubled?
 

Grade:12

5 Answers

HARINATH
90 Points
8 years ago
Energy of simple harmonic oscillator E = m ω 2 A2 ⇒ E α A2
If the amplitude is doubled, energy becomes four times.
 
sathish
79 Points
8 years ago
Energy of simple harmonic oscillator E = m ω 2 A2 ⇒ E α A2 If the amplitude is doubled, energy becomes four times.
pa1
357 Points
8 years ago
Energy of simple harmonic oscillator E = m ω 2 A2 ⇒ E α A2If the amplitude is doubled, energy becomes four times.
SAI SARDAR
1700 Points
8 years ago
Salvath, If  amplitude of simple harmonic oscillater is doubled then the enrgy is increases by four times because it is directly proportional to the Amplitude by multiple of two.
Prabhakar ch
577 Points
8 years ago
  • If  amplitude of simple harmonic oscillater is doubled then the enrgy is increases by four times because it is directly proportional to the Amplitude by multiple of two.

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