%FeO	3	6	8	9	15
%Ti2O3	41.5860	36.7020	33.4460	31.8180	22.0500
%TiO2	55.4140	57.2980	58.5540	59.1820	62.9500
Energy consumption (kWh)	1039.3628	1019.7573	1005.2529	997.5549	944.6996
Fe metal (kg)	356.0080	343.0551	333.8870	329.1312	297.8982
Carbon consumption (kg)	105.5638	100.8379	97.4930	95.7579	84.3627
Slag (kg)	518.0260	536.7411	549.9876	556.8591	601.9861

1. Establish the correlation between TiO₂ in the slag versus energy consumption

1. Establish the correlation between Fe in the metal and energy consumption

1. Establish the correlation between energy consumption versus Ti₂O₃ in the slag

1. Draw a conclusion on the composition of the slag and the carbon consumption, slag composition and energy consumption, carbon consumption and energy consumption. Discuss how you would improve the energy consumption and slag quality (TiO₂ content) if you were given such a project.

\%TiO2 vs Energy consumption(kWh) Fe metal (kg) vs Energy consumption (kWh) Energy consumption (kWh) vs \%Ti2O3 Energy consumption (kWh), Carbon consumption (kg) vs Slag (kg) Carhnn concumntion (k) ve Fnerov consumntion(k Wh)