<h2>
Answer:</h2>
The largest source of information on metamorphism relative to plate tectonics is found in converging plates. Metamorphic rocks can be found up to 100 kilometers.
It is evident that igneous rocks are closely related to metamorphic rocks in subduction zones.
passive transport would be the answer to your question
Answer:
In an area of alpine glaciation, sinuous, sharp-edged ridges called <u>aretes</u> and sharp, pyramid- like peaks called<u> horns</u> are common features.
Explanation:
The glaciers in a valley form various features due to erosion. Two of these features are the aretes and horns.
When two glaciers gradually wear away, a willowy ridge is made which separates one valley from another. This is known as the Arete. For example, The “Garden Wall” made in the Glacier National Park, Montana
When several Aretes crumble, horns are formed. The horns can be seen as the peaks on the top of the mountains. E.g The Matterhorn in Switzerland
1)Climate
2)Tornado
4)Wind
5)Hurricane
I’m sorry I’m not sure what the answer to 3 is
Answer:
<u>a.the nuclear membrane</u>
Explanation:
During the late stage of prophase, the nucleolus becomes dispersed in the nucleus and the nuclear membrane breaks down and disappears. This allows the chromosomes to be suspended well in the cytoplasm and get attached to the spindle apparatus.
In telophase, anew nuclear membrane forms around each set of chromatids. So two daughter nuclei are now formed. Each daughter nucleus ends up with the same diploid number of chromosomes as the parent cell. A nucleolus develops in the nucleus of each daughter cell.