The actual combustion equation of octane in air was determined to be C8H18 + 1402 + 52.64N₂4CO2 + 4CO + 9H₂O + 3.502 +52

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The actual combustion equation of octane in air was determined to be C8H18 + 1402 + 52.64N₂4CO2 + 4CO + 9H₂O + 3.502 +52

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The Actual Combustion Equation Of Octane In Air Was Determined To Be C8h18 1402 52 64n 4co2 4co 9h O 3 502 52 1
The Actual Combustion Equation Of Octane In Air Was Determined To Be C8h18 1402 52 64n 4co2 4co 9h O 3 502 52 1 (22.88 KiB) Viewed 34 times
The actual combustion equation of octane in air was determined to be C8H18 + 1402 + 52.64N₂4CO2 + 4CO + 9H₂O + 3.502 +52.64N2 If 29.18 kg of octane was burned, how much was the excess oxygen in the products? Express your answer in kg.
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