Amount of Water (ml)	Initial temperature (degrees celsius)	Final Temperature (degrees celsius)	Time burning (s)	Q/ Heat energy (J)	% of water in solution	Change in T	Mass of Aluminum (g)	Mass of water(g)	Specific heat (aluminum)(J/g degrees celsius)	Specific heat (water)(J/g degrees celsius)	
0	23	86	90	11394.1674	0%	63	14.9	40	0.902	4.1855	
0.2	58	103	94	8138.691	9.09%	45	14.9	40	0.902	4.1855	
0.4	43	104	97	11032.4478	16.67%	61	14.9	40	0.902	4.1855	
0.6	21	81	96	10851.588	23.07%	60	14.9	40	0.902	4.1855	
0.8	45	94	74	8862.1302	28.57%	49	14.9	40	0.902	4.1855	
1	55	100	76	8138.691	33.33%	45	14.9	40	0.902	4.1855	
1.2	45	82	86	6691.8126	37.50%	37	14.9	40	0.902	4.1855	
1.4	54	94	92	7234.392	41.17%	40	14.9	40	0.902	4.1855	
1.6	42	82	86	7234.392	44.44%	40	14.9	40	0.902	4.1855	
1.8	46	90	77	7957.8312	47.36%	44	14.9	40	0.902	4.1855	
2	42	86	80	7957.8312	50%	44	14.9	40	0.902	4.1855	
2.2	38	77	69	7053.5322	52.38%	39	14.9	40	0.902	4.1855	
2.4	39	84	85	8138.691	54.54%	45	14.9	40	0.902	4.1855	
2.6	40	80	75	7234.392	56.52%	40	14.9	40	0.902	4.1855	
2.8	36	81	78	8138.691	58.33%	45	14.9	40	0.902	4.1855	
3	37	80	90	7776.9714	60%	43	14.9	40	0.902	4.1855	
											
											
				14.9 is the average weight of the aluminum in an aluminum can