One mole of propane is being burned completely and adiabatically with five moles of oxygen via...

 

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One mole of propane is being burned completely and adiabatically with five moles of oxygen via the reaction: CHs(g) +50(g) 3CO(g) + 4HO(g) The feed enters the reactor at 25C and 1 Atm. Assume that the species have the following constant heat capacities. Species CH8 0 CO HO C (J/mole K) 74.9 29.4 37.1 33.6 (a) [15 points] Determine the standard heat of the reaction at 298K (b) [20 points] Determine the final temperature of the product. One mole of propane is being burned completely and adiabatically with five moles of oxygen via the reaction: CHs(g) +50(g) 3CO(g) + 4HO(g) The feed enters the reactor at 25C and 1 Atm. Assume that the species have the following constant heat capacities. Species CH8 0 CO HO C (J/mole K) 74.9 29.4 37.1 33.6 (a) [15 points] Determine the standard heat of the reaction at 298K (b) [20 points] Determine the final temperature of the product.

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Answer to Propane Combustion Problem Part a Standard Heat of Reaction at 298 K 15 points Standard Enthalpy of Formation Use reference data to find the ... View the full answer