Respuesta :
The answer is D. The submerged tectonic plate (usually the ocean plate since it is denser) is subjected to high pressure and temperatures and begins to melt as a result of the compression. It is also melted by the heat of the mantle. The melted plate then falls into the mantle where it melts and becomes part of the liquid mantle. The magma, over years, may reach the earth’s surace either through a volcanic activity or in areas of sea-floorspreading.
Answer:
The answer is D. The submerged tectonic plate (usually the ocean plate since it is denser) is subjected to high pressure and temperatures and begins to melt as a result of the compression. It is also melted by the heat of the mantle. The melted plate then falls into the mantle where it melts and becomes part of the liquid mantle. The magma, over years, may reach the earth’s surace either through a volcanic activity or in areas of sea-floorspreading.
Explanation:
The answer is D. The submerged tectonic plate (usually the ocean plate since it is denser) is subjected to high pressure and temperatures and begins to melt as a result of the compression. It is also melted by the heat of the mantle. The melted plate then falls into the mantle where it melts and becomes part of the liquid mantle. The magma, over years, may reach the earth’s surace either through a volcanic activity or in areas of sea-floorspreading.