Questions:
1. Based on the map, list down the places where you can find the following;
a. volcanoes
b. earthquake epicenters
c. mountain ranges
2. Why do active volcanoes, mountain ranges/folded mountains, and earth-
quake zone are located in the same place?
3. Explain why those places in the map have active volcanoes, earthquake
epicenters and mountain ranges.
1. Based on the map, list down the places where you can find the following;
a. volcanoes
b. earthquake epicenters
c. mountain ranges
2. Why do active volcanoes, mountain ranges/folded mountains, and earth-
quake zone are located in the same place?
3. Explain why those places in the map have active volcanoes, earthquake
epicenters and mountain ranges.
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Answers & Comments
1. Based on the map, list down the places where you can find the following;
C. Mountain ranges
2. Because mountains can create volcanoes it can errupted there lava to shoot somewhere else then shortly it can take a big earthquake so that's why the other islands separate to each other.
3. Those places in the map have active volcanoes, earthquake, epicenter, andountain ranger it's because of the beginning of the century many years ago and long time ago volcanoes can create hot lava while earthquake can create a big mess in the country in the situation epicenter and mountain ranges are actually the same it because it has an energy boost to complicate the epicenter and mountain ranges.
Explanation:
Mountains is a geographical area in the form of a series of several geologically related mountains or hills that form a series or stretch. An active volcano or what is often referred to as an active volcano is a type of volcano that is still carrying out its activities, namely releasing magma or eruptions, it can even cause earthquakes. This type of volcano usually erupts at least once in the last 10,000 years.
Volcanic earthquakes occur due to magma activity that took place before the volcano erupted. The high volcanic activity can cause explosions which will later cause earthquakes. Judging from the causal factors, tectonic earthquakes and volcanic eruptions occur due to the same factor, namely magma activity in the bowels of the Earth.
From the beginning of the formation process, volcanoes are formed due to the meeting of the moving plates of the Earth (called tectonic earthquakes). These earthquakes are rare and local. These earthquakes occur due to magma activity, which usually occurs before, shortly or after a volcano erupts. If an earthquake occurs in the area around the volcano, either tectonic or volcanic, it is likely that magma pressure will occur and eventually erupt. Earthquakes can occur before, during, and after a volcano erupts.
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