A tile factory produces ceramic tiles using a mixture of clay, silica, feldspar, and water. The production process involves the following steps: Mixing Unit: The raw materials (clay, silica, and feldspar) are mixed with water to form a slurry. The mass fractions of the raw materials in the input mixture are as follows: Clay: 50% Silica: 30% Feldspar: 20% o The water added is 40% of the total mass of the solid raw materials. 2. Drying Unit: The slurry is fed into a drying unit where 90% of the water is removed. Sintering Unit: The dried mixture enters the sintering unit at a mass flowrate of 1,040?kg/hr. During sintering, the following reactions occur: a) Formation of mullite: Clay and silica react to form mullite (3Al2O3?2SiO2) o 80% of the clay reacts to form mullite. b) Decomposition of feldspar: Feldspar (KAlSi3O8) decomposes into amorphous silica (SiO2?) and potassium oxide (K2O). The molar masses of the key components are as follows: Clay: 0.258?kg/mol Silica: 0.060?kg/mol Feldspar: 0.278?kg/mol Mullite: 0.546?kg/mol Potassium oxide: 0.094?kg/mol Questions: 1. Draw a flowchart for this process. 2. Calculate the total mass of slurry and mass of water for mixing unit. 3. Calculate the total mass of water removed and mass of dried mixture. Calculate the molar flowrates of clay, feldspar, and silica entering the sintering unit. Determine the molar flowrate and mass flowrate of mullite produced. Calculate the mass flowrates of amorphous silica and potassium oxide formed. 7. If 10% of the initial clay and 20%of the feldspar remain unreacted during the sintering: 4.1 Calculate the masses of unreacted clay, feldspar, and silica in the final product. 4.2 Determine the total mass of the final product.