Statement I : A particle performs a simple harmonic motion with amplitude A and angular frequency omega. To change the angular frequency of the simple harmonic motion to 3omega and amplitude to A/2, we have to supply an extra energy of (5/4)momega^(2)A^(2), where m is the mass of the particle executing simple harmonic motion. Statement II : Angular frequency of simple harmonic motion is independent of amplitude of oscillation.

Statement I : A particle performs a simple harmonic motion with amplit

1.	Statement I : A particle performs a simple harmonic motion with amplitude A and angular frequency omega. To change the angular frequency of the simple harmonic motion to 3omega and amplitude to A/2, we have to supply an extra energy of (5/4)momega^(2)A^(2), where m is the mass of the particle executing simple harmonic motion. Statement II : Angular frequency of simple harmonic motion is independent of amplitude of oscillation.
Answer» Statement I is true, statement II is true , statement II is a CORRECT EXPLANATION for statement I. Statement I is true, statement II is true , statement II is not a correct explanation for statement I. Statement I is true, statement II is FALSE. Statement I is false, statement II is true. Answer :D