Answer:
Alternative Name: The Killer Fog of 1952
Great Smog of London, lethal smog that covered the city of London for five days (December 5–9) in 1952, caused by a combination of industrial pollution and high-pressure weather conditions. This combination of smoke and fog brought the city to a near standstill and resulted in thousands of deaths. Its consequences prompted the passing of the Clean Air Act four years later, which marked a turning point in the history of environmentalism.
The phenomenon of “London fog” long predated the crisis of the early 1950s. Known as “pea-soupers” for their dense, yellow appearance, such all-encompassing fogs had became a hallmark of London by the 19th century. But polluted fog was an issue in London as early as the 13th century, due to the burning of coal, and the situation only worsened as the city continued to expand. Complaints about smoke and pollution increased in the 1600s, when ultimately ineffective legislation was passed under King James I to restrict coal burning. Rapidly increasing industrialization that began in the late 1700s made conditions even worse.
These hazes were not natural formations of the atmosphere: water vapour would stick to particulates released by coal-burning factories, producing dark and heavy clouds that impaired visibility. This variety of fog later came to be known as smog (a merging of the words smoke and fog), a term invented by a Londoner in the early 20th century.
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Answer:
C
Explanation:
Remember you can do research
The climate found in Nice, France is mediterranean, with hot and dry summers and rainy winters. The oceanic climatic influences are also felt.
Answer:
Events which occur in chemical reactions like photosynthesis are extremely fast.
Explanation:
To see what happens in reactions such as photosynthesis, scientists need advanced cameras that can capture ultra-fast motions occurring within extremely short scales of time.
Answer:
Protostars are difficult to observe because they are surrounded by cocoons of gas and dust.
