Science, asked by lilcookies134, 6 hours ago

How do volcanoes function as a disruptive force? Select three options.

force people to flee their homes
cause massive earthquakes
pollute the air with volcanic smoke
provide fertile soil for plant growth
cause flight cancellations or delays

Answers

Answered by armanomkarpadhi
3

Answer:

- force people to flee their homes

- cause massive earthquakes

- pollute the air with volcanic smoke

- make airplanes fly around ash clouds

Explanation:

The volcanoes can be seen as both creative and disruptive force. The disruptive side of the volcanoes includes numerous things. Because of the big pressure that the volcanoes make on the crust, it is very common that they create earthquakes, some being very strong. They release enormous amounts of gases, ash, and pyroclastic material, resulting in pollution of the air. The gases and ash can stay in the atmosphere for longer period of time, as well as travel over long distance, making the airplanes change their routes and go around them, or stop their flights until the air clears out. The volcanic eruptions themselves are very dangerous for the people, be it calm with lava flows, or with explosive eruptions, the people a forced to flee their homes and leave everything behind in order to save their lives.

Answered by hotelcalifornia
10

Volcanoes function as a disruptive force by forcing people to flee their homes, polluting the air with volcanic smoke, and causing flight cancellations or delays.

Explanation:

  • The volcanoes are seen as both disruptive and creative forces.
  • They create earthquakes because large pressure is exerted on the earth's crust by volcanic eruptions, some of which can be a very strong natural disaster.
  • Enormous amounts of ash, gases and pyroclastic material is released when volcanoes erupt adding to pollution in the air.
  • Pressure from the exsolved gases in the magma, buoyancy of magma and injection of a new batch of magma into an already filled magma chamber are the factors that trigger volcanic eruption.
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