consider simple harmonic motion, a spring with a spring constant k=9.0 N/m and a

Question

consider simple harmonic motion, a spring with a spring constant k=9.0 N/m and an attached mass m=1.0kg. determine the maximum kinetic energy of the mass if the amplitude for the resulting simple harmonic motion is 0.036 meters. consider simple harmonic motion, a spring with a spring constant k=9.0 N/m and an attached mass m=1.0kg. determine the maximum kinetic energy of the mass if the amplitude for the resulting simple harmonic motion is 0.036 meters. consider simple harmonic motion, a spring with a spring constant k=9.0 N/m and an attached mass m=1.0kg. determine the maximum kinetic energy of the mass if the amplitude for the resulting simple harmonic motion is 0.036 meters.

Explanation / Answer

maximum kinetic energy = maximum spring energy = 0.5kA2 = 0.5 x 9 x (0.036)2 = 0.005832 J

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