Magma intrusions into rock layers beneath the earth's surface can be any of the following features:
(select all that apply)
- dikes and sills
- intrusive igneous rocks
- extrusive igneous rocks
- laccoliths and batholiths
Answers
Answered by
15
⭐⭐⭐⭐⭐ ANSWER ⭐⭐⭐⭐⭐
➡ We know that the intrusive igneous rocks are those rocks which are formed due to the acrion of cooling, solidification and crystallization of magma inside the Earth's surface.
➡ Later, they again crystallises to form more granular and finer particles.
=================================
THUS, THE POSSIBLE OPTIONS FOR MAGMA INTRUSIONS INTO ROCK LAYERS BENEATH THE EARTH'S SURFACE ARE :-
(A) Dikes and Sills.
(B) Intrusive Igneous Rocks.
(D) Laccoliths And Batholiths.
=================================
⭐⭐⭐ ALWAYS BE BRAINLY ⭐⭐⭐
➡ We know that the intrusive igneous rocks are those rocks which are formed due to the acrion of cooling, solidification and crystallization of magma inside the Earth's surface.
➡ Later, they again crystallises to form more granular and finer particles.
=================================
THUS, THE POSSIBLE OPTIONS FOR MAGMA INTRUSIONS INTO ROCK LAYERS BENEATH THE EARTH'S SURFACE ARE :-
(A) Dikes and Sills.
(B) Intrusive Igneous Rocks.
(D) Laccoliths And Batholiths.
=================================
⭐⭐⭐ ALWAYS BE BRAINLY ⭐⭐⭐
Answered by
0
Answer:
Extrusive or volcanic rocks:
These rocks are formed when magma breaks through the crust and reaches the surface of the earth (where it is called lava). It cools rapidly and solidifies to form rocks. The common rocks formed in this manner are basalt and obsidian.
Instrusive or plutonic rocks:
These rocks are formed when magma fails to break through the crust and cools slowly under the crust forming rocks. Because of slow cooling it solidifies into rocks with large grains of crystals. The common eg of rocks formed in this manner are granite and dolerite.
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Explanation:
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