Answer: b. granite.
The continental crust is made largely of granite.
Explanation:
Granite is an igneous rock which consists of grains. It can be white, pink or gray in colour depending on its mineralogy. It is made up of feldspar and quartz with little mica, amphiboles and other minerals. It is buried beneath kilometers of rock and sediment in order to produce enough heat to melt rock during its formation. It is used to make paving stone, curbing, stair treads, building veneer, floor tiles and so on and also the continental crust is made largely of it.
it creates sea breeze
Answer: Geologists learn about Earth’s interior by studying seismic waves, which move through Earth
Answer: E- Primary Layer
Explanation:
The definition of the Primary Layer, AKA Top soil, literally means the top layer of soil. This translates directly to the layer of soil with minerals and organic material.
The A horizon in the soil profile is the layer that contains a mixture of minerals and organic material. Part of this organic material is humus, which enriches the soil with nutrients, making it fertile for plant growth.
In the context of soil profile, the A horizon is the layer that is a mixture of organic material and minerals. This includes the inorganic material of soil, which is made up of rock that has slowly degraded into smaller particles that vary in size, known as sand, silt, and loam. The organic matter that is mixed within this horizon is known as humus. Humus, which comprises microorganisms both dead and alive, as well as decomposing animals and plants, contributes greatly to improving the soil structure by providing plants with water and minerals. Therefore, the answer to your question is b) A horizon.
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Site 2. On the west side of the park without the kudzu, you set up ten 1m x 1m plots of the forest floor. In each plot you count the number of individuals of the rare plant.
In this experiment, Site 2 is your:
a) variable.
b) control.
c) replication.
d) hypothesis.
Answer:
Control
Explanation:
The west side of the park as a control for the experiment because it will show the rare plants species without the kudzu. I the experiment was only done in areas with Kudzu and the scientist found that there were 3 rare species than then how would they know it this was more or less normal? Also, how would the scientist know if was the kudzu that caused the change? The west side experiment helps to answer those questions. If 3 rare species were also found on the west then we would not see any connections between kudzu and the species.