Ethers are the compounds of Carbon , Hydrogen and Oxygen so on combustion they produce Carbon dioxide and water vapours.
When ether is exposed to air for some time, it can form explosive peroxides. These peroxides are highly sensitive and can detonate with shock, heat, or friction. It is important to properly store and handle ether to prevent the formation of these explosive substances.
Yes, combustion is a chemical reaction that consumes oxygen as it oxidizes the fuel. This process leads to the removal of oxygen from the air in the immediate vicinity of the combustion reaction.
The air and combustion products blend in the combustion chamber of a gas furnace. This is where the fuel and air mixture is ignited and the heat is produced.
The flammability of ether is a chemical change because it involves the breaking and forming of chemical bonds to produce heat and light. When ether reacts with oxygen during combustion, new chemical compounds are formed.
A combustion reaction is a reaction that burns. The equation that represents a combustion reaction is CH4 + 2O2 reacts to yield CO2 + 2H2O.
Combustion reactions yield water and carbon dioxide. Hope this helps!
One molecule of dimethyl ether will yield five molecules of product when burned, two carbon dioxide and three water.
When ether is exposed to air for some time, it can form explosive peroxides. These peroxides are highly sensitive and can detonate with shock, heat, or friction. It is important to properly store and handle ether to prevent the formation of these explosive substances.
Yes, combustion requires oxygen which is found in air.
By nature ,all combustion needs air .
The flammability of ether is primarily a chemical reaction, not a physical one. When ether is exposed to an ignition source, it undergoes combustion, reacting with oxygen to produce heat, light, carbon dioxide, and water. This process involves a change in the chemical structure of the ether, which characterizes it as a chemical reaction rather than a physical change.
I calculated it as approximately -341.76 kcal/mole
The higher the air density, the more oxygen available for combustion.
Excess air is provided for combustion to ensure that all fuel is completely burned, leading to higher combustion efficiency and lower production of harmful emissions. The additional air helps maintain proper mixing with the fuel, promoting a more stable and controlled combustion process.
The purpose of the combustion air switch in a heating system is to ensure that there is enough fresh air available for the combustion process to occur efficiently and safely.
All of these
no