An earthquake.
^^^^^^^^^^^
A earthquake can't do squat. That answer is wrong
Rocks that form at transform boundaries are typically fault rocks, such as fault breccia and mylonite. These rocks are characterized by intense deformation due to the shearing forces present at transform boundaries.
The event at a transform boundary that can help form metamorphic rocks is the intense pressure and shear forces produced by the sliding of tectonic plates past each other. This pressure can cause existing rocks to recrystallize and change their mineral composition, creating metamorphic rocks.
No, not all stones can start out as metamorphic. Metamorphic rocks are formed from existing rocks that undergo high heat and pressure, so they must have a pre-existing rock to transform from.
All rock types can be changed through metamorphism.
Metamorphic rocks form when rocks change after undergoing extreme pressure or temperature increase. These temperature changes must be hot enough to reorganize matter within the rock but not hot enough to melt it.
Rocks that form at transform boundaries are typically fault rocks, such as fault breccia and mylonite. These rocks are characterized by intense deformation due to the shearing forces present at transform boundaries.
The event at a transform boundary that can help form metamorphic rocks is the intense pressure and shear forces produced by the sliding of tectonic plates past each other. This pressure can cause existing rocks to recrystallize and change their mineral composition, creating metamorphic rocks.
Heat and pressure change the rock into a metamorphic rock
Usually in convergent plate boundary scenarios.
Yes, in a sense. Rocks can be metamorphosed multiple times, by different geologic events.
The process that is found at a divergent boundary that will help form metamorphic rocks is metamorphism. This refers to the change in the composition or structure of a rock by heat and pressure.
Pressure and heat from being buried under mountains.
No, not all stones can start out as metamorphic. Metamorphic rocks are formed from existing rocks that undergo high heat and pressure, so they must have a pre-existing rock to transform from.
All rock types can be changed through metamorphism.
Metamorphic rocks form when rocks change after undergoing extreme pressure or temperature increase. These temperature changes must be hot enough to reorganize matter within the rock but not hot enough to melt it.
Metamorphic rocks can transform into other metamorphic rocks through the process of recrystallization under high pressure and temperature conditions. The specific type of rock it transforms into will depend on the composition of the original rock and the conditions of metamorphism.
The process that is found at a divergent boundary that will help form metamorphic rocks is metamorphism. This refers to the change in the composition or structure of a rock by heat and pressure.