Lei de Hokie A1

Prévia do material em texto

Lei de HOOKE
	Mola 1									Mola 2 						Mola 3
	n	X0 (m)	Xn (m)	ΔX = Xn - X0 (m)	Fn (N)	k	peso			n	X0 (m)	Xn (m)	ΔX = Xn - X0 (m)	Fn (N)	k	n	X0 (m)	Xn (m)	ΔX = Xn - X0 (m)	Fn (N)	k
	0	0.027	0.035	0.008	0.226	28.20	23	23	9.81	0	0.027	0.032	0.005	0.226	45.200	0	0.027	0.034	0.007	0.226	32.2857142857
	1		0.051	0.024	0.716	29.84	50	73	9.81	1		0.045	0.018	0.716	39.778	1		0.048	0.021	0.716	34.0952380952
	2		0.066	0.039	1.207	30.94	50	123	9.81	2		0.057	0.03	1.207	40.233	2		0.062	0.035	1.207	34.4857142857
	3		0.084	0.057	1.697	29.77	50	173	9.81	3		0.07	0.043	1.697	39.465	3		0.075	0.048	1.697	35.3541666667
	4		0.1	0.073	2.188	29.97	50	223	9.81	4		0.082	0.055	2.188	39.782	4		0.09	0.063	2.188	34.7301587302
8.0000000000000036E-3	2.3999999999999997E-2	3.9000000000000007E-2	5.7000000000000009E-2	7.3000000000000009E-2	0.22563000000000002	0.71613000000000004	1.20	66300000000001	1.69713	2.18763	
A molas serie
	Mola 1 e 2 						Mola 1 e 3						Mola 3 e 2 
	n	X0 (m)	Xn (m)	ΔX = Xn - X0 (m)	Fn (N)	k	n	X0 (m)	Xn (m)	ΔX = Xn - X0 (m)	Fn (N)	k	n	X0 (m)	Xn (m)	ΔX = Xn - X0 (m)	Fn (N)	k
	0	0.106	0.118	0.012	0.226	17.05	0	0.106	0.119	0.013	0.226	16.27	0	0.106	0.117	0.011	0.226	18.84
	1		0.148	0.042	0.716		1		0.15	0.044	0.716		1		0.144	0.038	0.716
	2		0.177	0.071	1.207		2		0.179	0.073	1.207		2		0.17	0.064	1.207
	3		0.206	0.1	1.697		3		0.21	0.104	1.697		3		0.198	0.092	1.697
	4		0.235	0.129	2.188		4		0.24	0.134	2.188		4		0.235	0.129	2.188
									46.89
1.1999999999999997E-2	4.1999999999999996E-2	7.0999999999999994E-2	9.9999999999999992E-2	0.129	0.22600000000000001	0.71599999999999997	1.2070000000000001	1.6970000000000001	2.1880000000000002	
Mola em paralelo
	Mola 1 e 2 						Mola 1 e 3 
	n	X0 (m)	Xn (m)	ΔX = Xn - X0 (m)	Fn (N)	k	n	X0 (m)	Xn (m)	ΔX = Xn - X0 (m)	Fn (N)	k
	0	0.027	0.029	0.002	0.226	89.50	0	0.027	0.029	0.002	0.226	102.29
	1		0.035	0.008	0.716		1		0.034	0.007	0.716
	2		0.038	0.011	1.207		2		0.038	0.011	1.207
	3		0.042	0.015	1.697		3		0.042	0.015	1.697
	4		0.046	0.019	2.188		4		0.046	0.019	2.188
	Mola 2 e 3 						Mola 1,2 e 3 
	n	X0 (m)	Xn (m)	ΔX = Xn - X0 (m)	Fn (N)	k	n	X0 (m)	Xn (m)	ΔX = Xn - X0 (m)	Fn (N)	k
	0	0.027	0.029	0.002	0.226	102.29	0	0.027	0.029	0.002	0.226	119.33
	1		0.034	0.007	0.716		1		0.033	0.006	0.716
	2		0.038	0.011	1.207		2		0.038	0.011	1.207
	3		0.042	0.015	1.697		3		0.042	0.015	1.697
	4		0.046	0.019	2.188		4		0.046	0.019	2.188
Mola paralelo 3 molas 
	Mola 1,2 e 3 
	n	X0 (m)	Xn (m)	ΔX = Xn - X0 (m)	Fn (N)	k
	0	0.027	0.029	0.002	0.226	119.33
	1		0.033	0.006	0.716
	2		0.038	0.011	1.207
	3		0.042	0.015	1.697
	4		0.046	0.019	2.188
2.0000000000000018E-3	6.0000000000000019E-3	1.0999999999999999E-2	1.5000000000000003	E-2	1.9E-2	0.22600000000000001	0.71599999999999997	1.2070000000000001	1.6970000000000001	2.1880000000000002