Model Gasoline as Octane (CH8) 18 Model air as 3.76 moles of Nitrogen (N) for every...

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Model Gasoline as Octane (CH₁8) 18 Model air as 3.76 moles of Nitrogen (N₂) for every 1 mole of Oxygen (0₂) With these assumptions we get the following stoichiometric equation, where the numbers in front of the molecules are the amount/moles. 2 CH 18 8 + 250, +25(3.76) N₂ 16C0, + 18H,0 + 94N, 2 2 Determine the ratio of Octane (fuel) to total moles (air-fuel mixture). Model Gasoline as Octane (CH₁8) 18 Model air as 3.76 moles of Nitrogen (N₂) for every 1 mole of Oxygen (0₂) With these assumptions we get the following stoichiometric equation, where the numbers in front of the molecules are the amount/moles. 2 CH 18 8 + 250, +25(3.76) N₂ 16C0, + 18H,0 + 94N, 2 2 Determine the ratio of Octane (fuel) to total moles (air-fuel mixture).

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The stoichiometric equation for the combustion of octane C8H18 with oxygen O2 and ... View the full answer