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What else can I help you with?
This rock forms from other kinds of rock under pressure?
the answer is and Metamorphic
What rock forms from placing other rocks under heat and pressure?
Metamorphic rock
What rock forms by pressure on large masses of rock?
Metamorphic rock forms by the pressure on large masses of rock, causing the existing minerals in the rock to recrystallize without melting, resulting in new minerals and textures. Examples of metamorphic rocks include marble, slate, and schist.
Where is amphibolite found?
Amphibolite is a metamorphic rock. It forms when basaltic rock is heated to high temperatures under pressure. Without the added pressure the basaltic rock that would be yielded is green schist.
Forms in metamorphic rock?
A metamorphic rock forms by heat and pressure
Which forms when exposed to extreme temperatures pressure?
When exposed to extreme temperatures and pressure, rocks can metamorphose into new forms such as gneiss, schist, and marble. These changes occur due to the re-crystallization of minerals within the rock under high heat and pressure conditions.
How does the metarmothic rock form?
Under ground it's really hot, so the metamorphic forms form any rock cause of the heat and pressure
What forms as heat or pressure cause changes in an existing rock?
A "metamorphic" rock forms.
A metamorphic rock is from where?
Metamorphic rock usually forms when a rock is altered under heat and pressure without melting. Some rocks may be metamorphosed by contact with hot water,
What rock forms when it is changed by heat or pressure?
A metamorphic rock.
What is the parent rock for Serpentine?
The parent rock for Serpentine is ultramafic rock, such as peridotite or dunite. Serpentine forms through the metamorphism of these ultramafic rocks under high pressure and temperature conditions.
What type of rock can be heated and squeezed and be converted to a metamorphic rock?
Any type of rock, such as sandstone, shale, limestone, or granite, can be heated and squeezed under high pressure to transform into a metamorphic rock. The intensity of heat and pressure will determine the specific type of metamorphic rock that forms.
