1. Cannabidiol (CBD) production (35%): GenCanna is a hemp company headquartered in Winchester, KY. The company uses a stationary heating chamber to convert cannabidiolic acid (CBD-A, the precursor compound in raw hemp material) into CBD, via a chemical reaction called decarboxylation. In such process, hot air at a temperature of 65 C blows on a pile of hemp material inside a tray. Consider the hemp material pile to be a horizontal layer of 60 cm in thickness as a steady-state, one-dimensional, and conduction-only system. For simplicity, consider the top and bottom of the pile to be maintained at the same temperature of 65 C and thermal conductivity of the hemp material is 0.05 W/mK. The volumetric heat depletion is -10 W/m3 due to endothermic nature of the decarboxylation reaction. Calculate the temperature at the center of the pile. Note: There are multiple trays on the tray rack, you only need to solve for one layer in one tray (within the red dash line). Please follow the problem solving steps.

1. Cannabidiol (CBD) production (35%): GenCanna is a hemp company headquartered in Winchester, KY. The company uses a stationary heating chamber to convert cannabidiolic acid (CBD-A, the precursor compound in raw hemp material) into CBD, via a chemical reaction called decarboxylation. In such process, hot air at a temperature of 65 C blows on a pile of hemp material inside a tray. Consider the hemp material pile to be a horizontal layer of 60 cm in thickness. as a steady-state, one-dimensional, and conduction-only system. For simplicity, consider the top and bottom of the pile to be maintained at the same temperature of 65 C and thermal conductivity of the hemp material is 0.05 W/m.K. The volumetric heat depletion is -10 W/m due to endothermic nature of the decarboxylation reaction. Calculate the temperature at the center of the pile. Note: There are multiple trays on the tray rack, you only need to solve for one layer in one tray (within the red dash line). Please follow the problem solving steps. 1. Cannabidiol (CBD) production (35%): GenCanna is a hemp company headquartered in Winchester, KY. The company uses a stationary heating chamber to convert cannabidiolic acid (CBD-A, the precursor compound in raw hemp material) into CBD, via a chemical reaction called decarboxylation. In such process, hot air at a temperature of 65 C blows on a pile of hemp material inside a tray. Consider the hemp material pile to be a horizontal layer of 60 cm in thickness. as a steady-state, one-dimensional, and conduction-only system. For simplicity, consider the top and bottom of the pile to be maintained at the same temperature of 65 C and thermal conductivity of the hemp material is 0.05 W/m.K. The volumetric heat depletion is -10 W/m due to endothermic nature of the decarboxylation reaction. Calculate the temperature at the center of the pile. Note: There are multiple trays on the tray rack, you only need to solve for one layer in one tray (within the red dash line). Please follow the problem solving steps