X / cm	T / s	T / s ^(1/1.71)	Log x 	Log Y
20	0.0287	0.12536507	1.301029996	-1.542118103
24	0.039	0.149989609	1.380211242	-1.408935393
28	0.0477	0.168734438	1.447158031	-1.321481621
32	0.0606	0.19408666	1.505149978	-1.217527376
36	0.0738	0.217793371	1.556302501	-1.131943638
40	0.0884	0.242041711	1.602059991	-1.053547735
44	0.1046	0.26707099	1.643452676	-0.980468315
48	0.1274	0.299714164	1.681241237	-0.894830572
52	0.1468	0.325615669	1.716003344	-0.833273944
56	0.1666	0.350622014	1.748188027	-0.778325003
60	0.182	0.369226794	1.77815125	-0.739928612
				
				
X / cm	T / s^(1/1.5)			
20	0.093739205			
24	0.115003151			
28	0.131526194			
32	0.154281937			
36	0.17594256			
40	0.19844257			
44	0.222000758			
48	0.253189846			
52	0.278281309			
56	0.302772666			
60	0.321154683			
				
				
				
				
				
				
				
				
				
				
				
				
				
				
				
				
				
				
	"WE studied sho, use formulas, canalever, the efrfective spring constant , iinveresly proportial to the length"