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An instructive igneous body typically refers to geological formations that provide insights into the processes of igneous rock formation. Common examples include plutons, sills, and dikes. However, a body like a lava flow, which is extrusive rather than intrusive, is not considered an instructive igneous body in the same context. Therefore, lava flows would be the correct answer.
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Why can instructive igneous rocks be left behind when surrounding rocks are worn away?
Instructive igneous rocks, also known as intrusive igneous rocks, form from magma that cools and solidifies beneath the Earth's surface. Because they are typically denser and more resistant to erosion than surrounding sedimentary or volcanic rocks, they can remain intact even as those surrounding materials are worn away. Over time, processes like weathering and erosion can remove the softer rocks, revealing the more durable instructive igneous formations, which often appear as hills or mountains in the landscape.
What one of the following is not a intrusive igneous body?
An intrusive igneous body is formed from magma that cools and solidifies beneath the Earth's surface. Common examples include plutons, batholiths, and sills. However, a volcanic eruption, which involves the extrusion of lava onto the surface, is not an intrusive igneous body.
Which of the following is not an intrustive igneous body is it Lahar Batholith Dike Stock?
Lahar is not an intrusive igneous body. Lahar refers to volcanic mudflows composed of volcanic ash and water. Batholith, dike, and stock are all types of intrusive igneous bodies.
What one of the following is not an intrusive igneous body?
An intrusive igneous body that is not characterized as such is a volcanic ash layer. While intrusive igneous bodies, like batholiths, sills, and dikes, form from magma that cools and solidifies beneath the Earth's surface, volcanic ash layers are formed from explosive volcanic eruptions and are deposited on the surface. Therefore, volcanic ash layers do not qualify as intrusive igneous bodies.
What an intrusive igneous body?
Stock Batholith
Which of the following is not an intrusive igneous body?
Lahar
Why can instructive igneous rocks be left behind when surrounding rocks are worn away?
Instructive igneous rocks, also known as intrusive igneous rocks, form from magma that cools and solidifies beneath the Earth's surface. Because they are typically denser and more resistant to erosion than surrounding sedimentary or volcanic rocks, they can remain intact even as those surrounding materials are worn away. Over time, processes like weathering and erosion can remove the softer rocks, revealing the more durable instructive igneous formations, which often appear as hills or mountains in the landscape.
Which of that following is an intrusive igneous body?
A batholith is an example of an intrusive igneous body. Batholiths are large formations of intrusive igneous rocks that form beneath the Earth's surface through the slow cooling and solidification of magma.
What one of the following is not a intrusive igneous body?
An intrusive igneous body is formed from magma that cools and solidifies beneath the Earth's surface. Common examples include plutons, batholiths, and sills. However, a volcanic eruption, which involves the extrusion of lava onto the surface, is not an intrusive igneous body.
Which of the following is not an intrustive igneous body is it Lahar Batholith Dike Stock?
Lahar is not an intrusive igneous body. Lahar refers to volcanic mudflows composed of volcanic ash and water. Batholith, dike, and stock are all types of intrusive igneous bodies.
Which of he following is not an intrusive igneous body?
Stope
Can pain be instructive?
Pain can be instructive if you are able to learn from it.
What one of the following is not an intrusive igneous body?
An intrusive igneous body that is not characterized as such is a volcanic ash layer. While intrusive igneous bodies, like batholiths, sills, and dikes, form from magma that cools and solidifies beneath the Earth's surface, volcanic ash layers are formed from explosive volcanic eruptions and are deposited on the surface. Therefore, volcanic ash layers do not qualify as intrusive igneous bodies.
Is a stock a intrusive igneous body?
No it is not intrusive because of the difference in body heat and intrusive igneousStope is not an intrusive igneous body. apex
What an intrusive igneous body?
Stock Batholith
Is a stock an intrusive igneous body?
No, a stock is not an intrusive igneous body. In the world of finance, a stock refers to ownership in a company and shares of its assets and profits. Intrusive igneous bodies are geological formations formed underground from the cooling and solidification of magma.
What is the word that has the definition for providing information instructive?
The word that has the definition for providing information instructive is "educational."
