Answer:
Abyssal Hill
Explanation:
The given words/phrases are directly related to the seafloor spreading process.
In the case of divergent plate motion, plates move in the opposite direction. Due to this, the thickness of the lithosphere decrease and with the increasing time, it results in the eruption of magma at the seafloor. In the ocean basin, these magmas erupt along the mid-oceanic ridge, and in the continental areas, it leads to the formation of a rift and later forms a rift valley.
Some of the segments of the mid-oceanic ridge in the oceans are quite gentle with no roughness along the slope and some segments are steep and rough. It occurs because of the differences in the spreading rate, and this is commonly known as oceanic rise. The rocks that are formed at the mid-oceanic ridge are the youngest of all other rocks.
The odd one here is the abyssal hill, which is formed generally at the seafloor. When the areas at the abyssal plains are comprised of large deposits of sediments forming a hill, then it is called an abyssal hill. It is not related to the seafloor spreading. It is simply a feature of the ocean floor.
Mexico and parts of Central America are prone to earthquakes because they lie on the fault between two tectonic plates
The correct answers are:
<em>Question 1: peacefully;</em>
In the democratic societies, people can protest an every issue that they consider is worth protesting, and consider it as something that is damaging to the country or themselves. But also, the people that protest are obligated by law that they have to protest peacefully, if not there are legal consequences against those that use violence.
<em>Question 2; right;</em>
Considering the statement, the internet seems to be treated as a right. Since freedom of speech is ensured, and it is ensured for everyone, this global network enables the people to express their own opinion on every subject without being prosecuted, and that puts it into the category of a human right.
The greenhouse gases<span> absorb some of this energy and radiate much of it back towards the surface whilst the rest is radiated out to space. This plays an </span>important<span>role in keeping the </span>Earth's<span> surface warm and able to sustain </span>life<span>.</span>
