carbon, some SO2
Kerosene is a thin clear liquid formed from hydrocarbons obtained from fractional distillation of petroleum. The process of distilling petroleum into kerosene was first written about in the 9th Century in Persia. By the 1700's it was known as a byproduct of making coal gas and coal tar, but it burned with a smoky flame and was not for use indoors. In 1848 a Canadian discovered a new process and made a fuel for lamp oil which burned bright and clear
A gas called water vapour is formed, it is steam.
they turn from gas to liquid
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The kerosene prevents the sodium from coming in contact with water and air. Sodium is very reactive. If it touches air it will oxidize, ruining the sample. If it touches water it will burst into flames.
H2O is Water vapour, it cant be burned... it is not flamable and cant be altered by combustion via inclusion of other gasses.... Water vapour is generally the product of combustion reactions and after condensation can be converted back into liquid...
vapour
Kerosene is a thin clear liquid formed from hydrocarbons obtained from fractional distillation of petroleum. The process of distilling petroleum into kerosene was first written about in the 9th Century in Persia. By the 1700's it was known as a byproduct of making coal gas and coal tar, but it burned with a smoky flame and was not for use indoors. In 1848 a Canadian discovered a new process and made a fuel for lamp oil which burned bright and clear
It is a mix of water vapour and very well burned exhaust from the jet fuel, which is essentially a well refined grade of kerosene.
A gas called water vapour is formed, it is steam.
Kerosene
Kerosene is a heavy mixture of hydrocarbons. Burning it creates water vapour, carbon dioxide (carbon monoxide in low oxygen conditions) and soot (unburnt carbon).
sulphur dioxide is formed from sulphur compounds when petrol is burned
The clouds seen in the sky is formed from water vapour. It is water that has changed from a liquid into a gas (vapour).
ANSWER:Normal diesel fuel should not be burned in a kerosene heater, because there are many more contaminants in it, such as sulfur. A 100% solution of Biodiesel will not work because it requires a much higher initial temperature (300F) to burn cleanly. Blends of these fuels with kerosene can be burned, but there may be problems with the fuel soaking up the wick properly in the case of Biodiesel, which can lead to wick burning and sooting. There may also be problems lighting and burning properly if the blend contains too much of the Biodiesel, as its flash point is higher than kerosene. Diesel/Biodiesel fuel can also be run in many forced air heaters along with kerosene.
One gallon of kerosene will produce 134,000 BTUs of energy when burned.
they turn from gas to liquid