The pollution that occurs there is heavier than the surrounding air, which leads to the buildup of smog.
Explanation:
The smog is a type of intense air pollution and it occurs due to the concentration of the air in terms of the smog and the fog and the visible air is composed of the nitrogen sulphur and the ozone gas. The man-made smog is derived from the combination of the particles like the vehicular emission and the forest and agriculture fires.
<u>The photochemical smog is an example of the smog of the Los Angeles which includes the emission form the vehicles and it reacts with the sunlight firm the secondary pollutants and due to the aggregated contents of the atmosphere, it develops into the surrounding air mass.</u>
The pollution that occurs there is heavier than the surrounding air, which leads to the buildup of smog
Explanation:
The large urban areas, such as Los Angels, are having big problems with controlling the pollution. These areas are large economic centers, with millions of people living in them. All the different economic sectors concentrated in such small space, plus the traffic, are causing lot of pollution of the air, filling it with particles of metal and toxic gases, which are heavier than the air itself. Because they are heavier, they tend to stay low and are much more static, causing buildup of them, resulting in smog.
The correct answer for the question that is being presented above is this one: "layers of metamorphic rock that eroded and extruded from deep in the earth's crust. <span>The Columbia Plateau is a geologic and geographic region that lies across parts of the U.S. states of Washington, Oregon, and Idaho. </span>
a positive mindset or meditation could work or your surrounding could help people you suround yourself with could help hope this helps have a good day XD
An accretionary prism or accretionary wedge is a mass of sedimentary material that is scraped off the descending slab at the boundary of a convergent plate
The sediments are pushed into thick vertical piles, where the pressure expels water from the sediments and converts them into rocks.