Answer:
Earth
Explanation:
The cosmic address of the Earth would begin with the house address, the name of our planet, Earth. Next, we would put our street name, Inner Solar System. Then, we would choose our city, Solar System of the Sun. After that, we would add our state or province. This would be the equivalent of the Solar Neighborhood which consists of all stars within 15 light years of the Sun and that include mostly cool and small red dwarf stars. After that, we would be part of the Sagittarius Arm of the Milky Way and then in the Local Group of Galaxies that include the Magellanic Clouds and many more.
Answer:
The landform that will form is a mid-ocean ridge.
Explanation:
When tectonic plates move away from each other they form a divergent plate boundary. At this type of boundary, as the plates move away, a gap starts to open up gradually. This gap becomes wider and wider over time and the crust is made much less thick, which in turn presents a good opportunity for the magma to come out on the surface.
Because the crust is weaker and thinner, the magma manages to rise through it and rich the surface relatively easily. As it does, the magma reaching the surface, or rather the bottom of the ocean, it solidifies in the water and as more and more magma comes out it piles up. By piling up and constantly creating new rock an underwater mountain chain starts to form and this type of mountain chain is known as a mid-ocean ridge.
Answer:
The best answer is mountains and valleys
Explanation:
first option doesn't seem correct because it doesn't have one giant plateau. Instead it is multiple. so that option is incorrect.
second option is incorrect because there really is no evidence about plains and hills.
third option is incorrect for the same reason as second option.
The Fourth option is correct because Sub-saharan contains mountain ranges and multiple rift valleys.
(have a nice day and soon merry christmas or happy Hanukkah)
<span>Good Morning!
</span><span>learning its size and how it formed
</span><span>
The difference between craters and calderas is in the formation mode of each of them. Craters generally are more circular and smaller, and result from the projection of gas and magma, while calderas arise from falling stones and rocks.</span>
It helped with faster transportation.
