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why does the inner core remain solid despite extremely high temperature…

Question

why does the inner core remain solid despite extremely high temperatures? because of magnetic fields because of its smaller size due to intense pressure none of these question 6 1 pts which statement accurately compares the lithosphere and asthenosphere? both layers are completely solid both layers are completely liquid the asthenosphere is above the lithosphere the lithosphere is rigid while the asthenosphere can flow question 7 1 pts what makes plate tectonics a unifying theory in geology? it explains multiple geological phenomena it only explains mountain formation it focuses solely on earthquakes it describes only volcanic activity

Explanation:

Brief Explanations
  1. The intense pressure in the Earth's inner - core overcomes the effect of high temperatures, keeping it solid. Magnetic fields and size are not the main reasons for its solid state.
  2. The lithosphere is the rigid, outermost shell of the Earth, while the asthenosphere is a semi - fluid layer beneath it that can flow.
  3. Plate tectonics is a unifying theory because it explains multiple geological phenomena such as mountain formation, earthquakes, and volcanic activity.

Answer:

  1. Due to intense pressure
  2. The lithosphere is rigid while the asthenosphere can flow
  3. It explains multiple geological phenomena