Answer:
Iron cannot release energy either by fission or fusion.
Explanation:
When a high-mass star runs out of hydrogen inside its core, it starts burning helium, and then heavier elements until it reaches iron.
Nuclear fusion of iron cannot occur, because the amount of energy required for the fusion of two nuclei of iron is larger than the energy released.
Therefore, when all the lighter elements lighter than iron have already fuse together, the star cannot burn any other element, so the nuclear fusion inside the core stops and the star collapses on itself, producing a huge explosion known as supernova.
Scientists choose to collect the smog at four different locations to allow them assess the smog from different region.
<h3>What is the role of Smog Collectors?</h3>
These are professional that examines scientific data that was collected by people on smog to assess the air we breathe.
Therefore, the scientists choose to collect the smog at four different locations to allow them access the smog from different region.
Read more about Smog
<em>brainly.com/question/22804256</em>
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This is because, the earth gradually absorbs the sun's radiation during the day, and gradually loses the heat absorbed at night to the atmosphere.
Answer:
Since all the answers need further explanations, all of them will be listed bellow.
Explanation:
This type of fault, located in California, is called transform. Transform faults are found at <em>transform plate boundaries</em>. This means that those plates are moving one next to each other, or more precisely - horizontal. Areas with transform faults have frequent seismic activity.
Greatest risk of damage of an earthquakes has San Francisco. Reason for that lays in fact that city area is situated on the fault. Good proof for that risk in practice is devastating earthquake from 1906, when San Francisco was heavily damaged with thousands of fatalities. That was one of the greatest natural disasters in US history.
Answer: Weather is the state of the atmosphere in a specific time and place
Explanation:
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