Nitrogen and oxygen can react to form oxides of nitrogen. The reaction can occur whenever a combustion reaction takes place in the presence of nitrogen. It could take place in a car engine because it is where fuel combusts and the temperature within engines can be high. The products formed are NO (nitric oxide) and NO2 (nitrogen dioxide) which are of harm to the environment.
Car exhaust is particulate matter. Other examples of particulate matter are swirls of dust being blown in the wind, and the soot and ashes from a campfire.
These gases form acids (sulphuric and nitric acidsrespectively) by reacting with oxygen an water present in air the first rain of the season contains droplets of these acids and effect the all material which is hit by such rain.
No, burning fossil fuel takes free oxygen from the air. The fuel contains carbon and hydrogen, and the burning process unites carbon with oxygen, and also hydrogen with oxygen. Both these chemical process produce a lot of heat, which is used to drive a heat-engine, which can be a gasoline or diesel engine or a steam turbine or a gas turbine.The formation of these chemical bonds generates CO2 and H2O, also known as carbon dioxide and water, which are the major products of burning fossil fuel. In round numbers, burning 1 kg of fuel takes 3.5 kg of oxyen from the air, and generates 3.1 kg of CO2 plus 1.4 kg of water; and about 50 MJ of heat energy is generated.In the average car engine, about 25% of the heat energy produced is converted into mechanical energy to drive the car.
It's just called a modified engine. But the device used to convert hydrogen and oxygen into water is called a fuel cell, so that's probably what cars that run on hydrogen gas use to operate.
Plymouth Rock is far larger than any engine Plymouth ever made
In a car engine, oxygen and nitrogen from the air can react due to the high temperatures created during combustion. Nitrogen oxides (NOx) are formed as a byproduct of this reaction, which is a contributor to air pollution.
Nitrogen and oxygen can combine inside a car engine due to the high temperatures reached during combustion. This leads to the formation of nitrogen oxides (NOx) as a byproduct. Nitrogen and oxygen in the air react with each other under these conditions to produce NOx emissions.
Nitrogen dioxide is formed in a car's engine when nitrogen oxide (NO) reacts with oxygen (O2) in the presence of heat and pressure. This reaction takes place during the combustion process of fuel in the engine, resulting in the production of nitrogen dioxide as a byproduct.
One condition is heat. This is why oxides of nitrogen (NOx) are sometimes formed in car engines where the temperature is high. Another condition is the presence of a suitable catalyst which will lower the activation energy required for the reaction to occur.
Oxygen and petrol or diesel is burned in a car engine, it is not formed
The sensor reads if the engine is burning too rich or too lean by reading the ratio of oxygen and nitrogen oxide. It then tells the computer to adjust the air/fuel mixture for better performance and less pollution.
Nitrogen and oxygen = Air
because of combustion
A car engine is technically a heat engine that has no energy of its own but it converts the chemical energy in the fuels into heat and then into kinetic energy by turning a rotating shaft. The chemicals that react to make the engine work consists of carbon and hydrogen from the gasoline in the fuel tank, and oxygen taken from the atmosphere. The carbon reacts with oxygen to produce carbon dioxide and heat, while the hydrogen reacts with oxygen to produce water and heat.
Street cars air (which is manily Oxygen, nitrogen), race cars nitrogen.
Oxygen which comes out of a car exhaust is a product of reaction in the catalytic converter. In the catalytic converter, oxides of nitrogen undergo reactions to form less harmful nitrogen gas and oxygen, which are then expelled through the exhaust system.
During combustion, the high temperatures cause nitrogen in the air to react with oxygen to form nitrogen oxides. These nitrogen oxides combine with other gases produced during combustion to form pollutants. Nitrogen can be present in the air or in the fuel as impurities, contributing to the formation of nitrogen oxides during combustion.