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This especially is evident in mass on a spring when it moves, and a physicist would be interested in dissecting how it oscillates after exerting a force. The resulting motion, in the case, is harmonic motion. Harmonic motion is normally evident in waves, pendulum and circular motion (Loyd, 2008). It is worth noting that the oscillating property witnessed has a cause and this is what triggers the need for studying harmonic motion while using mass on a spring. The measured variables in this case are recording the position of the mass before charging the spring, path taken by the mass, the amplitude and the force. Further this involves confirming the validity of the following equation:
From the experiment, it was successfully confirmed that there is a correlation between increased mass and force exerted and hence the displacement evident in the spring. This was confirmed by a straight line from the origin for the graph of force vs displacement. Further, the experiment also proved that the equation T=2πm/k was a true representation of the relationship between period, spring constant and mass (Loyd, 2008). The percent error was 0.622% which is insignificant and thereby giving a proof of accuracy realized from the experiment. In addition, the experiment confirmed that the size of the mass, besides the initial force exerted, acts in influencing the potential ...Show more


This involved studying the movement of the mass while examining the spring properties during the motion. The exercises carried out…
Author : ephraim45
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