.

TorqueTheorem.xlsx

Sheet1

	Mass (kg)	radius (m)
Small Weight	0.02449
Small Aluminum	0.0035	0.2511
								tangetial velocity					Moment of inertia	"Mathematical" for I
Cylinder	Mass (kg)	radius (m)	Runs	time (Hz)	time (every 2s)	Average (first 5 runs)	Standard Deviation of the mean	vt (m/s)	ω	α	acceleration (m^2/s)	torque	I	C3 = Small Aluminum radius
Steel	1.36	0.637	1	62	1.033333333	4.18	1.548937509	0.00836	0.0131240188	0.0206028553	0.0131240188	0.0113696	0.55184584	0.2760332596
				442	7.366666667
			2	240	4
				584	9.733333333
			3	10	0.1666666667
				347	5.783333333
			4	27	0.45
				388	6.466666667
			5	24	0.4
				384	6.4
			6	81	1.35
				465	7.75
			7	91	1.516666667
				476	7.933333333
								tangetial velocity					Moment of inertia	"Mathematical" for I
	Mass (kg)	radius (m)	Runs	time (Hz)	time (every 2s)	Average (first 5 runs)	Standard Deviation of the mean	vt (m/s)	ω	α	acceleration (m^2/s)	torque	I
Aluminum	0.0471	0.636	1	100	1.666666667	2.55	0.5355048385	0.0051	0.0080188679	0.0126082829	0.0080188679	0.00024021	0.0190517616	0.0096362204
				230	3.833333333
			2	97	1.616666667
				225	3.75
			3	51	0.85
				186	3.1
			4	101	1.683333333
				231	3.85
			5	87	1.45
				222	3.7
			6	99
				229
			7	35
				166
				297
			8	52
				187
			9	42
				173