PROBLEM 6A (25 points). The composite wall of the industrial furnace is manufactured with the list of materials described in the table, with each thickness specified, thermal conductivity, and wall of the area included. The information to be calculated from this system is: 1) Draw your furnace diagram and label all your components described in this statement to get a better idea of how you will solve the problem. 2) What is the heat flow (q) from the inside of the furnace at 425F (T) through the wall (5 ft by 6 ft) to the outside of the furnace at 75F (T)? 3) What is the temperature at the interface between the Aloji Fireclay vs the Kaolin Brick? 4) What is the temperature at the interface between the Kaolin Brick and the Masonry Brick? Wall Area (L x W) Thickness of each layer (mm) Thermal conductivity, k, (Btu/hr ft F) Composite layers in Furnace Wall Aloji Fireclay Kaolin Brick 254 0.580 5 ft x 6 ft 127 0.15 Masonry Brick 254 0.38 Units requested for your answers: hr F Resistance (R.) Btu Btu Heat Loss (q) = hr Temperature (Tn) = F