Carbon dioxide, Water Vapor, and Heat
It is synthesis since your adding them together other wise decomposition is breaking them apart
reactants =>products
Reaction or process that does not convert all of the fuel's carbon and hydrogen into carbon dioxide and water, respectively. For example, incomplete combustion of carbon produces carbon monoxide.It is also a flame, but this flame is a jellow one so is not as harmfullHowever none of these answers will help with your homework when you are in year 7.
These molecules consist only of carbon and hydrogen atoms. The combustion products will be CO2 and H2O. Perhaps in oxygen-limited environments, CO will be formed.
The reactions in which the products can recombine to form reactants are called reversible reactions. These reactions never go to completion. They are represented by a double arrow between reactants and products.
The products of the hydrocarbon combustion are water and carbon dioxide.
Carbon dioxide, Water Vapor, and Heat
Hydrogen, carbon, and oxygen
It is synthesis since your adding them together other wise decomposition is breaking them apart
To combustion is to undergo combustion. Combustion is a process in which a substance reacts with oxygen to give heat and light.What are always the two products of a combustion reaction?A combustion reaction is when all substances in a compound are combined with oxygen, which then produces carbon dioxide and water.
Hydrocarbon compounds, that will undergo a combustion reaction (with O2) that is exothermic (produces heat). It is all potential energy until the reaction is started (activated with some kinetic energy in the form of heat...a flame).
Internal combustion engines usually use some kind of hydrocarbon fuel (gasoline for example). The fuel is burned together with the oxidizer (atmospheric air in most cases with the exception of rocket engines). The result of the chemical reaction between the hydrocarbon fuel and air is H2O, CO2 and, in smaller quantities (depending on the proportions in which the fuel and air are mixed into the combustion chamber), some radicals like CO, OH, O, H maybe even C solid particles (also known as soot). The process is not as simple as it is taught in high school chemistry as there's no single reaction leading from reactants to final products. There are many reactions leading from the decomposition of the gasoline and air molecules to the formation of the final products (all of this reactions form the reaction mechanism). You can read more about reaction mechanisms in the related link.
NO ... all burning/combustion reactions are exothermic.
The only way C2H4 can combust is in the presence of oxygen. All combustion reactions must contain a hydrocarbon and oxygen.
For any combustion reaction O2 is required .
Yes. All gas furnaces will have products of combustion.
Nothing at all.