Extrusive igneous rocks often have air pockets, but intrusive igneous rocks never do. why do you think is this the case?
Extrusive Igneous Rocks Often Have Air Pockets, But Intrusive Igneous Rocks Never Do. Why Do You Think Is This The Case?
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Extrusive Igneous Rocks Often Have Air Pockets, But Intrusive Igneous Rocks Never Do. Why Do You Think Is This The Case?. Extrusive igneous rocks often have air pockets, but intrusive igneous rocks never do. The features i used were that intrusive igneous rocks have large minerals and for extrusive igneous rocks, they have small mineral grains or no grains.
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Extrusive igneous rocks often have air pockets, but intrusive igneous rocks never do. Why do you think is this the case? The pressure under earth’s surface is great enough that it would.
Extrusive Igneous Rocks Often Have Air Pockets, But Intrusive Igneous Rocks Never Do.
The core claim of the question is to explain why extrusive igneous rocks often have air pockets while intrusive igneous rocks do not. The pressure under earth’s surface is great. The features i used were that intrusive igneous rocks have large minerals and for extrusive igneous rocks, they have small mineral grains or no grains.
Why Do You Think Is This The Case?
The pressure under earth’s surface is great enough that it would. Why do you think is this the case? Extrusive igneous rocks often have air pockets, but intrusive igneous rocks never do.
Extrusive Igneous Rocks Often Have Air Pockets, But Intrusive Igneous Rocks Never Do.
The pressure under earth’s surface is great. Extrusive igneous rocks cool rapidly on the earth's.
