Law Of Conservation
The Law of Conservation of Energy says that an object with a specific potential energy, when falling will convert that energy to kinetic energy. The purpose of this lab was to prove that this occurs. The apparatus used consisted of a rotating vertical shaft, and a centered horizontal crossbar atop the vertical shaft with wingnuts and masses. A mass hanger was attached to the string and ran over a seemingly frictionless pulley system. When the hanger was dropped, the shaft rotated, causing the horizontal cross bar to go into rotation about the vertical shaft. The linear kinetic energy from the falling masses on the hanger was converted to rotational energy of the horizontal crossbar. The moment of Inertia of this system should theoretically be I=2MR2 where M is equal to the weight added to one side of the crossbar, I is equal to the inertia, and R is the distance between the vertical shaft and the masses. The theory was tested through treating the radius of the crossbar and the amount of mass as independent variables. The first set of measurements was taken using two 100g slotted masses on the horizontal cross bar. The distance between the center o
Some topics in this essay:
Mass Radius, Conservation Energy, Weight Inertiag*cm², Error Error, Inertia Equation, Inertia I=, inertia system, mass radius cm, vertical shaft, 100 102, mass radius, 0 102, radius cm, 250 102, 350 102, 300 102, system masses, inertia system masses, Syst W/out, avg w/out masses, horizontal cross bar, radius shown graph,
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Approximate Word count = 781
Approximate Pages = 3 (250 words per page double spaced)
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