How would I graph the average fracture energy, and the upper and lower standard deviation vs temperature in one chart per metal.

6061 Aluminum

Temp.	6061 Aluminum	Initial Width	Impact Energy	Final Width	Change in Width
Room Temp.	I	.3875 in	32	.3770	.0015 35%
Boiling Water	U	.3795 in	18.5	.3765	-.0030 35%
Acetone + Dry Ice	B	.3840	17	.4845	+.0005 35%
Anti-Freeze + Dry Ice	M	.3750	17	.3950	+.0200 35%
Ice Water	X	.3795	17	.3845	+.005 35%

1018 Steel

Temp.	Sample Name	Initial Width	Impact Energy	Final Width	Change in Width
Room Temp.	I	.3745	9.5 ft/lb	.3790	.0045 35%
Boiling Water	U	.3865	31 ft/lb	.3710	.0155 45%
Acetone + Dry Ice	B	.3760	4 ft/lb	.3715	.0045 20%
Anti-Freeze + Dry Ice	M	.3675	13 ft/lb	.3765	.009 25%
Ice Water	X	.3665	17.5 ft/lb	.3735	.007 20%

Temperatures of Each Sample

Ice Water: 0 degrees celsius, Dry Ice+Antifreeze: -33.8 degrees, Dry Ice+Acetone -76.50 degrees, Hot Water: 99.8 degrees Room Temp: 21 degrees