Answer:
This passage is mainly about asteroids striking Earth.
Explanation:
The presented passage is mostly focusing on asteroids striking Earth. It is something that has been happening since Earth has formed, and it will happen in the future as well. The vast majority of the asteroids don't really have any impact on Earth, but some have an impact that is devastating and long-lasting.
In the earlier stages of Earth, many more asteroids were falling on the surface, and the main reason for that has been the lack of atmosphere or a very thin atmosphere. As the atmosphere started to take shape and became similar to what is nowadays, the asteroid impacts decreased significantly because the atmosphere was managing to burn them and break them apart. This is not possible with all asteroids though, as some are so big and fall under an angle where the atmosphere doesn't really have any impact on them so when they fall on the surface they are able to cause sudden climatic changes, mass devastation, and mass extinction of species. Such an asteroid will be in a direction to hit Earth in the future for sure, the question remains will humans with their technology be able to prevent an impact or not.
The towns are 8 kilometers apart because as you see 6 centimeters equal 2 of the 3 centimeters which means that you add four twice or times it by 2 to get 8
<u>Answer:</u>
<em>The Scientific Revolution affected the advancement of the </em><em>Enlightenment estimations of independence since it showed the intensity of the human personality.</em>
<u>Explanation:</u>
<em>The capacity of researchers to reach their very own decisions instead of conceding to ingrained power affirmed the abilities and worth of the person.</em>
The period saw a central change in <em>logical thoughts crosswise over science, material science, stargazing, and science in organizations</em> supporting logical examination and in the more broadly held image of the universe.
Answer:
bolting down the foundation.
Explanation:
the stronger the base, the stronger the structure.
Answer:
He realized that the Earth's crust had been moving away on each side of oceanic ridges, down the Atlantic and Pacific oceans, that were long and volcanically active. He published his theory and it came to be called “seafloor spreading.”
