Answer:
Explanation:
The first question is option 3 and the second is option 2 and 3
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:
Inside an aneroid barometer is a small capsule. This capsule has had the air pumped out of it. ... The capsule is attached to levers which move a needle as the air pressure squeezes the capsule. A dial behind the needle tells you the air pressure and altitude or weather forecast.
I think it's the gravity net around the earth.
Hope this helped!
Answer:
Answered
Explanation:
Tropical rain forests are found near the equator, where hot, moisture-laden air rises and dumps its moisture. The lush forests have year-round, uniformly warm temperatures, high humidity, and almost daily heavy rainfall. Tropical rain forests are dominated by broad leaf evergreen plants. Since, there is adequate temperature and sufficient rainfall, favorable conditions for the decomposers to prevail hence, soils in tropical rain forests hold few plant nutrients.
Forest is the temperate deciduous forest. Because they have cooler temperatures and fewer decomposers than tropical forests have, these forests also have a slower rate of decomposition.