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What type of rocks would you expect to find around a volcano crater?
You would find extrusive igneous rocks. Beyond that it depends on the volcano.
What kind of rocks would you expect to find near a volcano thathas erupted?
Extrusive, Igneous rocks possibly lavas or ignimbrites.
While on vacation a student visits the area around a volcano that has recently erupted The student can expect to find samples of?
The student can expect to find volcanic ash, pumice stone, and lava flows in the area around the recently erupted volcano. These samples can provide valuable insights into the composition and nature of the volcanic activity.
Where would you likely find extrusive igneous rock?
They are commonly found under ground or near volcanoes
What types of rocks are near active volcanoes and why?
When lava cools, it forms what is known as an extrusive igneous rock. Volcanoes are also associated with alteration from heat and fluids. Therefore you would expect to find extrusive rocks as well as altered rocks.
What type of rocks would you expect to find around a volcano crater?
You would find extrusive igneous rocks. Beyond that it depends on the volcano.
What type of rocks would expect to find around a volcano crater?
You would find extrusive igneous rocks. Beyond that it depends on the volcano.
What kind of rocks would you expect to find near a volcano thathas erupted?
Extrusive, Igneous rocks possibly lavas or ignimbrites.
Where would you expect to find an igneous rock with small crystals?
You would expect to find an igneous rock with small crystals near the Earth's surface where the rock cools relatively quickly, such as in volcanic eruptions or magma intrusions that do not have much time to grow large crystals. These rocks are known as volcanic or extrusive igneous rocks.
Would you expect to find igneous rocks in iceland?
Yes because there is a volcano there that is still active?
While on vacation a student visits the area around a volcano that has recently erupted The student can expect to find samples of?
The student can expect to find volcanic ash, pumice stone, and lava flows in the area around the recently erupted volcano. These samples can provide valuable insights into the composition and nature of the volcanic activity.
Would you expect to find plagioclase feldspar or biotite in a greater variety of igneous rocks?
You would expect to find plagioclase feldspar in a greater variety of igneous rocks compared to biotite. Plagioclase feldspar is a more common mineral and is found in both mafic and felsic rocks, while biotite is typically found in intermediate to felsic rocks.
Is obsidian an instrusive or extrusive igneous rock how do you know?
Obsidian is an extrusive rock and is formed from rapidly cooling magma. Obsidian is also known as volcanic glass and one can find only sub-microscopic crystals in it. This is because it was cooled too fastly for large crystals to form. If the material that obsidian consists of were an intrusive rock and had a lot of time to cool down, one would find that it would be composed of easily visible crystals.
Where would you likely find extrusive igneous rock?
They are commonly found under ground or near volcanoes
What types of rocks are near active volcanoes and why?
When lava cools, it forms what is known as an extrusive igneous rock. Volcanoes are also associated with alteration from heat and fluids. Therefore you would expect to find extrusive rocks as well as altered rocks.
Why would you not expect to find a metamorphic rock in the recesses of the earth?
You WOULD expect to find metamorphic rocks in the recesses (deep layers) of the Earth's crust. But not in the mantle or core. Metamorphic means changed - and rocks - either sedimentary or igneous - get changed by the heat and pressures found in the deep crust.
Which type of rock would you expect to exist deep in the Earth's crust?
Igneous rock is typically found deep in the Earth's crust, formed from the solidification of magma. This process occurs at high temperatures and pressures found deep underground. Examples include granite and basalt.
