There are two reasons. It burns faster because hydrogen is a gas and carbon is a solid. In general, almost all reactions occur much much faster in the gas phase because each molecule can much more easily encounter other molecules with which to react. Burning is a reaction where oxygen gas is combined with the burning material, and so a gas can mix much better and faster with oxygen gas then a solid can (because in a solid, only the molecules on the surface of the solid can react, whereas in a gas, all the molecules can potentially react). Also, a liquid is between a solid and gas in terms of this effect because the molecules are more available than in a solid because they are free to move within the container.
The second reason is that hydrogen is simply much more flammable than carbon is, so that even if the carbon was in the gas phase, it would still react more slowly than hydrogen. This has to do with the energy of the reactants and the energy of the products that are formed in the reaction. Hydrogen is a high energy molecule and thus is extremely flammable. Carbon is not nearly as high energy, and is therefore much less flammable.
Yes, fossil fuels like oil, coal, and natural gas contain carbon and hydrogen. When they burn, the carbon and hydrogen combine with oxygen from the air to produce carbon dioxide and water vapor, releasing energy in the process. This combustion process is what powers most of our energy production.
Carbon, hydrogen, and oxygen
In normal usage, 'burning' means oxygen combustion, so without a source of oxygen carbon cannot burn. Rockets get around this problem by carrying supplies of oxygen with them (although rockets usually burn hydrogen rather than carbon compounds). Further, given sufficient temperatures, carbon compounds may react chemically with other available substances, which may be considered a kind of burning
When fossil fuels like coal, oil, and natural gas are burned for energy, they release carbon dioxide into the air. This happens because these fuels are made up of carbon and hydrogen atoms, and when they are burned, the carbon combines with oxygen to form carbon dioxide, which is then released into the atmosphere. This process is called combustion.
It has 4 Hydrogen atoms.It has one carbon atom.
No, carbon dioxide is non-flammable and does not burn. When carbon dioxide is exposed to a flame, it will not react or produce a popping sound.
Carbon,Hydrogen and Oxygen
What burns the hottest carbon hydrogen or oxygen
Molecules made of carbon and hydrogen are various and diffuse. The best description is that they are hydrocarbons and they burn well.
Yes, when carbon dioxide is mixed with hydrogen and ignited, it can produce a squeaky pop sound due to the rapid expansion of gases. This reaction can sometimes be used as a simple test for the presence of carbon dioxide.
No, burning hydrogen does not produce carbon dioxide. When hydrogen is burned, it reacts with oxygen to form water vapor, releasing energy in the process. Carbon dioxide is produced when carbon-containing fuels, such as fossil fuels, are burned.
Yes, young stars burn Hydrogen and produce Helium. As they age, they often turn into red giants, and at that time they burn the Helium, making Oxygen and Carbon. Very large stars can even burn the Oxygen and Carbon, making even heaver elements, such as Iron.
Hydrocarbons have only hydrogen and carbon atoms. They also burn well.
No it doesn't because hydrogen is the only gas that burns with a squeaky pop!
Wood is made of three basic elements: hydrogen, oxygen, and carbon. When it burns the oxygen and hydrogen combust and the carbon is left over. This is the quick and easy explanation.
An imperfect burn of a hydrocarbon like methane can produce carbon monoxide (CO) instead of carbon dioxide (CO2), due to insufficient oxygen. The chemical equation for an imperfect burn of methane is CH4 + O2 → CO + H2O.
hydrocarbon are made of hydrogen and carbon