Maximum kinetic energy of a particle of mass 1kg in SHM is 8J. Time period of SHM is 4s. Maximum potential energy during the motion is 10J. Then a) amplitude of oscillations is approximately 2.53m. b) minimum potential energy is 2J. c) maximum acceleration of the particle is approximately 6.3 m/s^2d) minimum kinetic energy of the particle is 2JMaximum K.E = Max P.E = T.E right? Then how can they have different values?

Maximum kinetic energy of a particle of mass 1kg in SHM is 8J. Time pe

1.	Maximum kinetic energy of a particle of mass 1kg in SHM is 8J. Time period of SHM is 4s. Maximum potential energy during the motion is 10J. Then a) amplitude of oscillations is approximately 2.53m. b) minimum potential energy is 2J. c) maximum acceleration of the particle is approximately 6.3 m/s^2d) minimum kinetic energy of the particle is 2JMaximum K.E = Max P.E = T.E right? Then how can they have different values?
Answer» Maximum kinetic energy of a particle of mass 1kg in SHM is 8J. Time period of SHM is 4s. Maximum potential energy during the motion is 10J. Then a) amplitude of oscillations is approximately 2.53m. b) minimum potential energy is 2J. c) maximum acceleration of the particle is approximately 6.3 m/s^2 d) minimum kinetic energy of the particle is 2J Maximum K.E = Max P.E = T.E right? Then how can they have different values?

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