Saturn.
Yes, there are two main types of smog: "photochemical smog" and "sulfurous smog." Photochemical smog forms in areas with a high concentration of automobile emissions, sunlight, and warm temperatures, while sulfurous smog is caused by the burning of coal and oil, emitting sulfur dioxide into the atmosphere.
"Classic Smog" is the rich, heady mixture of fog, sulfur dioxide and coal smoke particulates that were found in London England in the early 1900's. "New Improved Smog" also known as photochemical smog is the result of nitrogen oxides and volatile hydrocarbon reacting in the presence of sunlight to form ozone, associated polycyclic aromatics and a brown haze popular in modern cities. Especially ones with lots of cars, stagnant air masses and abundant sunshine.
hydrocarbon
DNA is not a hydrocarbon. It is a nucleic acid.
Yes, smog is considered a heterogeneous mixture because it consists of a variety of pollutants and particles suspended in the air. These components can vary in size, composition, and distribution throughout the smog, making it heterogeneous.
Haze is any colloidal suspension of solid (dust) or liquid (water droplets) in the air. Petrochemical smog is a mixture of hydrocarbon vapour, nitrogen oxides, PAH and ozone in the air
Smog from coal fired power plants and similar is the smog "Classic" that has been with us since the start of the industrial revolution. It is sulphur dioxide and particulate in normal fog. Photochemical smog results from the action of ultraviolet light on NOx created during combustion (mostly in internal combustion engines) and reactive hydrocarbons from hydrocarbon incomplete combustion. The reaction products include:AldehydesNitrogen oxides, such as nitrogen dioxidePeroxyacyl nitratesTropospheric ozoneVolatile organic compounds
Yes, smog is considered an air pollutant. It is a type of air pollution that consists of a mixture of smoke and fog as well as other pollutants such as nitrogen oxides, volatile organic compounds, and particulate matter. Smog can have harmful effects on human health and the environment.
They really do not do much for this, but do save about 8% on fuel overall.Answer:Transportation related pollution from automobiles includes oxides of nitrogen, carbon dioxide, hydrocarbon vapours,and reactive hydrocarbon compounds. Many of these contribute to photochemical smog in major urban centers, especially those with poor wind patterns. The reduction of fuel consumed reduces the amount of fuel related emissions and subsequent smog problems.
I'm not sure what is checked during a smog check. In the UK we have an emissions test. If the vehicle (petrol engined) has a miss fire it will bring the carbon monoxide level down. But in doing so The hydrocarbon level will rise. That will cause a test failure
Smog abatement means reducing the amount or intensity of smog.
pumps smog
Smog abatement means reducing the amount or intensity of smog.
Yes, there are two main types of smog: "photochemical smog" and "sulfurous smog." Photochemical smog forms in areas with a high concentration of automobile emissions, sunlight, and warm temperatures, while sulfurous smog is caused by the burning of coal and oil, emitting sulfur dioxide into the atmosphere.
Photochemical smog is a type of smog made when hydrocarbons and nitrogen oxides mix with sunlight.
You see L.A. when the smog goes away. The smog is becoming unbearable.
nitrogen oxide and VOCs (volatile organic compounds) emitted from vehicle exhaust, industrial processes, and other sources. It can react with sunlight to form ozone and other pollutants, contributing to air pollution and respiratory issues. Reduce emissions by using cleaner transportation and improving industrial processes to help mitigate brown smog.