Create a material balance table based on the following problem by solving the weight of each input and output component. Feel free to make additional assumptions if the given are not sufficient.

Iron ore Fe20 Fe:04 SiO2 Mn Alzo Slag 7.2% Fe 15.3% Cad 4.6% MOO 39.5% Al2O. 33.4 % SIO Flux CaCO3 Cao Iron Blast Furnace Pig Iron 94% Fe 1.3% Mn 4.2% C 0.5% Si Flue gas CO2 Enriched air Relative humidity (50%) at 298 K 40% O, (based on air's dry volume) Coke 94% C 4% Moisture CO NZ 2 The diagram above shows the inputs (left side) and outputs (right side) of an iron blast furnace. Create a material balance table using the compositions above, and the following conditions: The burden has 54% Fe. The Fe ratio in Fezo, and Fe,Osis 1:1. The input has 450 kg moisture 850 kg slag is produced per 1000 kg pig iron 1600 kg of coke is consumed per 1000 kg of ore. (cake composition: 94% carbon and 4% moisture) Assumptions: 1. All O, is consumed in the process. 2. The iron oxides are reduced indirectly. 3. Nz, H2O, and Al Os are all inert 4. All Fe in burden reports to pig iron. Iron ore Fe20 Fe:04 SiO2 Mn Alzo Slag 7.2% Fe 15.3% Cad 4.6% MOO 39.5% Al2O. 33.4 % SIO Flux CaCO3 Cao Iron Blast Furnace Pig Iron 94% Fe 1.3% Mn 4.2% C 0.5% Si Flue gas CO2 Enriched air Relative humidity (50%) at 298 K 40% O, (based on air's dry volume) Coke 94% C 4% Moisture CO NZ 2 The diagram above shows the inputs (left side) and outputs (right side) of an iron blast furnace. Create a material balance table using the compositions above, and the following conditions: The burden has 54% Fe. The Fe ratio in Fezo, and Fe,Osis 1:1. The input has 450 kg moisture 850 kg slag is produced per 1000 kg pig iron 1600 kg of coke is consumed per 1000 kg of ore. (cake composition: 94% carbon and 4% moisture) Assumptions: 1. All O, is consumed in the process. 2. The iron oxides are reduced indirectly. 3. Nz, H2O, and Al Os are all inert 4. All Fe in burden reports to pig iron