The actual and stoichiometric combustion equations of Octane (CAH18) and Air are given by the following two equations, respectively: 1.5 CaH18 + 30.75 (02+3.76N2) => 12 CO2 + 13.5 H20 + 12 02+ 115.6 N2 1.5 CgH18 + 18.75 (02+3.76N2) =n> 12 CO2 + 13.5 H20 + 70.5 N2 Answer the following questions: 1- The Air to fuel ratio on a mass basis is 2- The stoichiometric ratio is 3- The percent excess air is 4- The given actual combustion is
The actual and stoichiometric combustion equations of Octane (CAH18) and Air are given by the following two equations, respectively: 1.5 CaH18 + 30.75 (02+3.76N2) => 12 CO2 + 13.5 H20 + 12 02+ 115.6 N2 1.5 CgH18 + 18.75 (02+3.76N2) =n> 12 CO2 + 13.5 H20 + 70.5 N2 Answer the following questions: 1- The Air to fuel ratio on a mass basis is 2- The stoichiometric ratio is 3- The percent excess air is 4- The given actual combustion is
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![The actual and stoichiometric combustion equations of Octane (CAH18) and Air are given by the following two equations, respectively:
1.5 CaH18 + 30.75 (02+3.76N2) => 12 CO2 + 13.5 H20 + 12 02+ 115.6 N2
1.5 CgH18 + 18.75 (02+3.76N2) =n> 12 CO2 + 13.5 H20 + 70.5 N2
Answer the following questions:
1- The Air to fuel ratio on a mass basis is
2- The stoichiometric ratio is
3- The percent excess air is
4- The given actual combustion is](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F90e256b6-727f-4eb8-99c8-87d0f20dfaf1%2Fd87641d4-02ae-406a-bbd5-e7edda45f12a%2F8ktoa2_processed.png&w=3840&q=75)
Transcribed Image Text:The actual and stoichiometric combustion equations of Octane (CAH18) and Air are given by the following two equations, respectively:
1.5 CaH18 + 30.75 (02+3.76N2) => 12 CO2 + 13.5 H20 + 12 02+ 115.6 N2
1.5 CgH18 + 18.75 (02+3.76N2) =n> 12 CO2 + 13.5 H20 + 70.5 N2
Answer the following questions:
1- The Air to fuel ratio on a mass basis is
2- The stoichiometric ratio is
3- The percent excess air is
4- The given actual combustion is
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