The actual combustion equation of octane in air was determined to be C8H18 + 14O2 + 52.64N2 6CO2 + 2CO + 9H2O + 2.5O2 +
Posted: Fri Jul 08, 2022 5:48 am
The actual combustion equation of octane in air was determined to be
C8H18 + 14O2 + 52.64N2 6CO2 + 2CO + 9H2O + 2.5O2 + 52.64N2
If 14.37 kg of carbon dioxide was produced, how much octane was burned? Express your answer in kg.
The actual combustion equation of octane in air was determined to be C8H18 + 1402 + 52.64N2 →→ 6CO2 + 2CO + 9H₂O + 2.502 +52.64N2 If 14.37 kg of carbon dioxide was produced, how much octane was burned? Express your answer in kg.
C8H18 + 14O2 + 52.64N2 6CO2 + 2CO + 9H2O + 2.5O2 + 52.64N2
If 14.37 kg of carbon dioxide was produced, how much octane was burned? Express your answer in kg.
- The Actual Combustion Equation Of Octane In Air Was Determined To Be C8h18 14o2 52 64n2 6co2 2co 9h2o 2 5o2 1 (20.15 KiB) Viewed 46 times