B. You have a propane grill tuned perfectly (so reactant proportions are stoichiometric and the design...

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B. You have a propane grill tuned perfectly (so reactant proportions are stoichiometric and the design achieves complete combustion nice blue flame). You set the steady flow rate of the gaseous propane (entering at 25C) to achieve a grill temperature of 347C in the gases around the ears of corn before you place the corn on the grill. THE HIGH TEMPERATURE COMBUSTION AIR LEAVES THE GRILL TO 347C; 2. (20 pts) How much energy is liberated per kmol of propane input, once the steady state is achieved. q = kJ/kmol 3. (15 pts) How much propane is consumed to cook the 8 ears of corn? MC3H8 kg B. You have a propane grill tuned perfectly (so reactant proportions are stoichiometric and the design achieves complete combustion nice blue flame). You set the steady flow rate of the gaseous propane (entering at 25C) to achieve a grill temperature of 347C in the gases around the ears of corn before you place the corn on the grill. THE HIGH TEMPERATURE COMBUSTION AIR LEAVES THE GRILL TO 347C; 2. (20 pts) How much energy is liberated per kmol of propane input, once the steady state is achieved. q = kJ/kmol 3. (15 pts) How much propane is consumed to cook the 8 ears of corn? MC3H8 kg