g=	4∙π2∙L	=	4∙π2∙1,12	=	10,2200045573411									L=1,12[m]		n=20
	T2		2,082											x	0	2	4	6	8	10	12	14	16	18	20	19
														to	36,62	36,97	37,13	37,69	38,18	38,75	39,25	40	40,54	41,29	42,03	41,56
π=	3,14													To=to/n	1,831	1,8485	1,8565	1,8845	1,909	1,9375	1,9625	2	2,027	2,0645	2,1015	2,078
L=	1,12	[m]			∆g=	4*π2	∆L+	4*π2*L*2	∆T					to'	39,9	40,31	40,12	40,31	40,63	41	40,85	41,34	41,44	41,69	41,97	41,71
T=	2,08	[s]				T2		T3						To'=to'/n	1,995	2,0155	2,006	2,0155	2,0315	2,05	2,0425	2,067	2,072	2,0845	2,09	2,08
∆L=	0,001	[m]
∆T=	0,2	[s]			U Nas:	0,01		1,97
					Suma:	1,97451049586541								L=1,12[m]		n=20
														x	0	2	4	6	8	10	12	14	16	18	19	20
														to	36,62	36,97	37,13	37,69	38,18	38,75	39,25	40	40,54	41,29	41,56	42,03
					WYNIK:	g=(10,2±1,98) [m/s2]								To=to/n	1,831	1,8485	1,8565	1,8845	1,909	1,9375	1,9625	2	2,027	2,0645	2,08	2,1015
														to'	39,9	40,31	40,12	40,31	40,63	41	40,85	41,34	41,44	41,69	41,71	41,97
														To'=to'/n	1,995	2,0155	2,006	2,0155	2,0315	2,05	2,0425	2,067	2,072	2,0845	2,08	2,09
∆g=	∂ƒ	∆L+	∂ƒ	∆T=	4∙π2	∆L+	4∙π2∙L	∙(-2)	∆T=	=	4∙3,142	∙0,002+	4∙3,142∙1,12	∙(-2)	∙0,002 =	0,0182315 + 1,963393 = 1,9816245[m/s2]
	∂L		∂T		T2		T3				2,082		2,083