Want this question answered?
Since extrusive rocks are formed by lava (not magma), the rocks can be found easier because they are on the surface, whereas intrusive rocks are formed underground so they are either harder to get to or they are found in smaller quantities.
Most rocks would.
mineral content
Igneous rocks.
You would find extrusive igneous rocks. Beyond that it depends on the volcano.
Since extrusive rocks are formed by lava (not magma), the rocks can be found easier because they are on the surface, whereas intrusive rocks are formed underground so they are either harder to get to or they are found in smaller quantities.
Granite is an igneous rock.
It makes it easier to find information about them. If we didn't do this the information would be lost and we would be forever re-identifying the same creatures over and over.
Volcanic rocks are considered igneous.
If you list some of the lyrics it would be easier to answer.
I think they would both be the same because they are in the same group.
Sedimentary rocks are composed of softer minerals hence more easily carved.
For some it would be easier to video conference if you are shy person because they feel less pressured than being physically in front of a group of people.
Some of the types of rocks and rock formation that someone would find in India would be sedimentary rocks, metamorphic rocks, igneous rocks, peak, and stack rocks.
You would normally think that an igneous rock would be harder to break. However, it completely depends on which igneous rock is being compared to which sedimentary rock, as their resistance to breakage is so varied. There are some igneous rocks (obsidian and pumice, for example) that would break much easier than some sedimentary rocks, such as chert or flint.
No, but it's easier to see if you reverse the logic of the question. Intrusive rocks are igneous by definition, and these are all blends of crystalline minerals.
The large amount of water would increase the amount of magma, making it easier to melt rocks. The water vapor would help the magma cause explosive eruptions.