This depends on how much hexane was being burned and how much oxygen was present.
Because the complete combustion of carbon involves placing two moles of oxygen on one mole of carbon plus the formation of water, you would need 19 moles of diatomic oxygen for every one mole of hexane.
1 C6H14 + 19 O2 --> 6 CO2 + 7 H2O
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Yes,....
Burning is a combustion reaction where the substance being burned reacts with oxygen to form simpler products. For example, the combustion of hexane follows the following balanced reaction: 2C6H14 + 19O2 --> 12CO2 + 14H2O The complete combustion of simple hydrocarbons containing only carbon and hydrogen always produces carbon dioxide and water. Incomplete combustion can also occur, where both carbon monoxide and carbon dioxide are formed in addition to water. Incomplete combustion is more likely to occur in oxygen poorer environments.
Hexane has covalent bonds.
Hexane is a non-polar solvent, so it will not dissolve in water. Kerosene is non-polar so it will dissolve in Hexane.
16.9
Hexane + Oxygen -> Carbon Dioxide + Water - for full combustion Hexane + Oxygen -> Carbon + Carbon Monoxide + Water - for partial combustion
Hexane is only burned when it is used as an additive in gasoline. Hexane is highly flammable and can cause an explosion so there is only 1 percent to 3 percent of hexane in the total volume of gasoline. Hexane is a chemical used as a solvent to make vegetable oil from various sources, like soybeans.
Hexane - lower heating value at 15,4 0C: 44,752 MJ/kg (3 856,66 kg/mol)
2c6h14 + 15o2 -> 12co2 + 14h2o Stupid site again!! All letters are capitals.
Yes*. The empirical equation for this reaction is: 2C6H14 + 19O2 ---> 12CO2 + 14H2O. * n-Hexane, burned in an Iron III-catalyzed environment of pure oxygen gas, is oxidized completely. Intermediate products, such as peroxides are formed but the final products are carbon dioxide and water.
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Coke, most likely. Coke is the carbonaceous residue left over from the thermal "cracking" of hydrocarbons (the term is also used to describe the residue left over from coal combustion).
This can be done precisely under certain conditions, but in practice things aren't so simple. You need to know the exact chemical formula of the thing being burned (this can be difficult if you are burning wood, for instance, which is a complex mixture of thousands of compounds). You also have to assume that the combustion is complete -- in other words that all hydrocarbons are completely converted into carbon dioxide and water, which is not always the case in normal burning situations. The actual reactions that occur while burning something are very complicated in fact, but to a close approximation, you can figure out the amount of CO2 produced in the following way:First, write the balance equation for the combustion of the hydrocarbon. The reactants are the hydrocarbon itself and oxygen gas (O2). The products are carbon dioxide and water. See the Related Questions to the left for how to do this.Then use stoichiometry to figure out for a certain amount of hydrocarbon burned how much CO2 you will produce. See the Related Questions links to the left for how to do this also.See the Related Questions links to the left for detailed instructions on how to do each of these steps! Note that in both of the related questions, example problems have been worked out using the combustion of a hydrocarbon! Most of the work is done for you already! Just see the examples in the linked questions to the left.
Balanced equation first, 2C6H14 + 19O2 >> 12CO2 + 14H2O 84.4 moles hexane (12 moles CO2/2 moles C6H14) = 506.4 moles of CO2
Hexane is a hydrocarbon with the chemical formula C6H14. n-hexane is the unbranched isomer of hexane as there exists four more branched isomers of hexane
Kerosene is the liquid form of a combustible hydrocarbon mixture. The carbon chains are usually a mix of hexane to decahexane, which means there is no set chemical formula.