Metamorphic rock could become magma by collisions involving an oceanic plates. During subduction,any rock carried on the plate would return to the mantle and melt,forming magma
It will become magma by melting. This is most likely to occur when it is subducted.
No it is the other way around. The rock is formed out of cooling lava.
Metamorphic rock is not formed directly from magma. Igneous rock is formed from the solidification of magma and lava.
If the magma intruded into some other rock, its heat and pressure would tend to metamorphose the surrounding rock near to it, producing a body of magma surrounded by metamorphic rock.
The rock becomes too hot that it must turn into liquid form (lava). This would usually mean that the rock had to have come into contact with lava first.
A metamorphic rock is formed by the elements, minor heat, and compression. When the metamorphic rock is melted by magma, this would indicate that the metamorphic rock is under the surface of the earth. If it rises and cools again you will have an extrusive igneous rock. In a lot of cases, this is metamorphic rock on the surface under the influence of lava. This would change the composition and it would not longer be metamorphic, but rather igneous.
it is an metamorphic rock, because of the pressure it gets hot and it is formed underground.
Metamorphic rock is not formed directly from magma. Igneous rock is formed from the solidification of magma and lava.
igneous rock.
The igneous rock gets pushed deeper and deeper and slowly turns into lava or magma and slowly cools into metamorphic rock.
magma
If the metamorphic rock becomes hot enough it can melt.
If a metamorphic rock were to reach the mantle and melt, it would become magma. If that magma were then to recrystallize it would be an igneous rock.
The metamorphic rock melts into magma then cools into igneous rock
sedimentary rocks undergo metamorphism under certain heat and pressure to give the metamorphic rocks. the affect of this formation on environment is negligible as this frames the part of rock cycle. further these metamorphic rocks melts to form magma. magma further cools and solidify to form igneous rocks.
If the magma intruded into some other rock, its heat and pressure would tend to metamorphose the surrounding rock near to it, producing a body of magma surrounded by metamorphic rock.
The rock becomes too hot that it must turn into liquid form (lava). This would usually mean that the rock had to have come into contact with lava first.
metamorphic rock
magma