A mass is attached to a spring, stretched, and let go. The system undergoes simple harmonic motion (repeating motion at one frequency). Which change would make the system oscillate faster? changing the mass and spring constant by the same multiplicative factor increasing the mass increasing the spring constant, k decreasing the spring constant, k

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A mass is attached to a spring, stretched, and let go. The system
undergoes simple harmonic motion (repeating motion at one frequency).
Which change would make the system oscillate faster?
changing the mass and spring constant by the same multiplicative factor
O increasing the mass
increasing the spring constant, k
decreasing the spring constant, k
Transcribed Image Text:A mass is attached to a spring, stretched, and let go. The system undergoes simple harmonic motion (repeating motion at one frequency). Which change would make the system oscillate faster? changing the mass and spring constant by the same multiplicative factor O increasing the mass increasing the spring constant, k decreasing the spring constant, k
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