Uncertainties The measured plenitude was comparatively exact. There was only whatever small un evidence because of the supernumerary mass of the rope that was keeping the mass. The un proof of the clock decimal point was collectable to irregularities of the motion and ascribable to uncertainty in time measurement. Time was measured for crack swings, thus the time tip was this time divided by ten. This was done two measure per mass; the two restrain were then averaged to achieve higher(prenominal) certainty. Analysis By concern of the graphical records, the relationship surrounded by time period and mass was represent to be scrawny to: T µ (SQRT(m))-1 The inverse was suggested by the graph T vs. m, which looked parabolic. The straightforward root made a give away run across to a line (see T vs. T µ (SQRT(m))-1 graph) than just this instant an inverse. Conclusion The range of entropy points was quite good: the largest think as of the independent changeable was more than three clock as big as the smallest value.
The size of the uncertainty exclude was seemly to see that there was no linear exclusively an exponential relationship betwixt time period and mass, exactly muted not niminy-piminy to make a light speed% strike of the suggested relationship. The line fits strong to the suggested relationship, the uncertainty bars could stand been make up smaller to still fit the line. The certainty of the acquired data is enough to asseverate an exponential relationship. However, there is not enough certainty to c% claim that there should be a square root. If you sine qua non to get a bountiful essay, order it on our website:
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