Several Engineers Without Borders students participate in an alternative Spring Break trip to a state park in Kentucky, where they stay in a one-room cabin. The cabin has a wood burning stove for cooking and heating. The students burn 2kg wood/hour. The cabin is 75m2. The height is 2.2m. The infiltration rate is 0.75 ach. The outside temperature hovers around 2C. The concentration of propane in the ambient air is non-detectable. According to the AP-42, a wood-burning stove emits propane at a rate of 0.179g propane/kg wood burned. A ENE 489 student determines that Cout =2.89mg/m3 propane. Match the assumptions made by the student in setting up and solving the problem. Ad(CV)/dt=CaIV+SCoutIVV[dC/dt] reaction Bd(CV)/dt=CaIV+SCoutIV0 Cd(CV)/dt=CaIV+SCcabinIV0 D(CV)/dt=0+SCcabinIV0 E 0=0+SCcabinIV0 CO can be modeled as a conservative pollutant. The cabin can be modeled as a completely mixed reactor. The concentration of CO in the ambient air is negligible. Steady state conditions apply. A box model is applicable. Tries 0/12