which statement explains the relationship between the density of a material and its movement in earths…

which statement explains the relationship between the density of a material and its movement in earths interior?\n\ncooler materials move from earths mantle to the lithosphere.\ncooler materials are highly dense, causing them to sink to the outer core.\nwarmer materials sink to the mantle because their density slowly decreases.\nwarmer materials have a high density, causing them to rise to earths surface.

which statement explains the relationship between the density of a material and its movement in earths interior?\n\ncooler materials move from earths mantle to the lithosphere.\ncooler materials are highly dense, causing them to sink to the outer core.\nwarmer materials sink to the mantle because their density slowly decreases.\nwarmer materials have a high density, causing them to rise to earths surface.

Answer

Explanation:

Step1: Identify the relationship between temperature and density

As materials in Earth's interior heat up, their particles move faster and spread apart, which decreases their density. Conversely, cooling increases density.

Step2: Apply the principle of buoyancy

In a fluid or semi-fluid medium like the Earth's mantle, less dense materials rise while more dense materials sink due to gravity.

Step3: Evaluate the provided options

Cooler materials are more dense than the surrounding warmer material, causing them to sink. Warmer materials are less dense, causing them to rise toward the surface.

Answer:

Cooler materials are highly dense, causing them to sink to the outer core.