3) A gas stream containing 80 mol% C,Hs and 20 mol% O, is burned in an engine with 300% excess air. If 70% of the ethane goes to CO2, 20% goes to CO and the remaining unburned, determine the amount of...

3) A gas stream containing 80 mol% C,Hs and 20<br>mol% O, is burned in an engine with 300% excess<br>air. If 70% of the ethane goes to CO2, 20% goes to<br>CO and the remaining unburned, determine the<br>amount of the excess air per 100 moles of the feed<br>gas and the components in the product stream.<br>

Extracted text: 3) A gas stream containing 80 mol% C,Hs and 20 mol% O, is burned in an engine with 300% excess air. If 70% of the ethane goes to CO2, 20% goes to CO and the remaining unburned, determine the amount of the excess air per 100 moles of the feed gas and the components in the product stream.

Jun 09, 2022

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3) A gas stream containing 80 mol% C,Hs and 20 mol% O, is burned in an engine with 300% excess air. If 70% of the ethane goes to CO2, 20% goes to CO and the remaining unburned, determine the amount of...

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