When gas burns, it typically produces carbon dioxide (CO2) and water vapor (H2O) as byproducts. Other materials may also be formed depending on the specific gas composition and combustion conditions.
Oxygen is the gas in the air that is needed for a filament to burn. Oxygen supports combustion by reacting with the material in the filament, allowing it to produce light and heat.
When Carbon is burnt the main product formed is Carbon dioxide(CO2), which is in gaseous state. It the combustion is done where oxygen supply is less, small amounts of impurity, Carbon monoxide(CO), is formed along with the main product. This is also a gas but it is colorless, flammable and highly toxic. This gas is very flammable and will burn with a blue flame to produce Carbon dioxide.
The material formed is Carbon.
The ability to burn is an extensive property, meaning it depends on the amount of material present. The more material you have, the more it can potentially burn.
Natural gas is formed from the decomposition of organic matter buried deep underground over millions of years. As this organic material is subjected to high heat and pressure, it transforms into a mixture of hydrocarbons, including methane, which is the main component of natural gas. Over time, this gas migrates upward through porous rock layers until it is trapped beneath impermeable rock formations, where it can be extracted.
An oxidising gas. The most obvious is oxygen, but it's possible for extremely vigorous combustion (e.g. magnesium) to burn in chorine. One clue is to consider simple compounds such as chlorides - these indicate the possibility of a material burning in the gas.
You burn the natural gas that was drilled, and it heats the water and produces steam which turns the generator.
Oxygen is the gas in the air that is needed for a filament to burn. Oxygen supports combustion by reacting with the material in the filament, allowing it to produce light and heat.
Yes and no. It was the same material initially when the solar nebula first condensed, however then the sun ignited and cooked the volatiles (e.g. gases, water) out of the material nearby and the solar wind carried those volatiles outward. The material further out retained the original volatiles. The volatile depleted material then formed the four terrestrial planets and the undepleted material then formed the four gas giant planets.
CO combines with O2 to create CO2. 2CO +O2 --> 2CO2
Dust and gas particles tend to adhere to each other. A star is formed in a gaseous cloud over many billions of years. The more material that gets together, the more is attracted by gravity until the mass is so huge that high pressure in the inside causes the material to melt and burn....
When Carbon is burnt the main product formed is Carbon dioxide(CO2), which is in gaseous state. It the combustion is done where oxygen supply is less, small amounts of impurity, Carbon monoxide(CO), is formed along with the main product. This is also a gas but it is colorless, flammable and highly toxic. This gas is very flammable and will burn with a blue flame to produce Carbon dioxide.
No, it is not safe to burn wood in a gas fireplace with a chimney designed for gas.
my honda oddessy burn a lot of gas
That depends on the type of reaction occurring. Things don't just burn slowly or quickly, they burn at different rates depending on the material and the condition of the material. For example, if you burn a thin, unfolded piece of paper, it will burn relatively quick. If you burn a thick, crumpled up piece of construction paper, it will burn relatively slow. Additionally, an unfolded piece of paper will burn faster than a crumpled up piece of the same paper, but they will give off the same amount of heat. Think of it like having gas in a car. If you put a gallon of gas in a Ferrari and a gallon of gas in a Toyota Prius, drive them until they run out of gas and then ask which one used more gas, the answer will be neither. They both used the same amount of gas. The Ferrari will have burnt all of its up quickly and violently and the Prius will have made it last much longer, but the amount of gas used by each car is the same.
The material formed is Carbon.
Combustibility is the term for a material's ability to burn in the presence of oxygen.