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Simple Harmonic Motion Factors that influence the change ...
1 Simple Harmonic Motion Simple Harmonic Motion Factors that influence the change in the period of a SHM Victor Jeung, Terry Tong, Cathy Liu, Jason Feng November 25th, 2011 2 Simple Harmonic Motion Abstract Simple Harmonic Motion accurately models the Motion that a mass or a pendulum exhibits during movement either from their equilibrium point on a spring to the stretched distance, or when a pendulum swings from side to side. A Simple Harmonic Motion will remain in Motion as long as the system does not experience any type of external force such as friction, or an opposite applied force. Our experiment will demonstrate how a pendulum and a mass spring system behave in a Simple Harmonic Motion . Introduction Hypothesis The pendulum and the spring mass system will behave in a Simple Harmonic Motion and are dependent on 2 variables that are different to each system.
The data we collected show the relationship between different variables in both pendulum lab and spring lab. In a simple pendulum system, only the change of the length affects the period, but not the change of mass. In a simple spring system, both mass and K value affect the period.
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