Yes, metamorphic rocks can melt, if heated sufficiently. Metamorphic rocks are formed when other rocks are melted or vitrified under heat and pressure, and the extent of metamorphasis is dependent on the degree of vitrification.
All substances melt if they get hot enough. Whether or not sedimentary rocks can melt depends on the rock. Limestone is calcium carbonate. Before it would melt, carbon dioxide would be driven off and it would become quicklime. It would cease being a rock. If limestone is buried and under enough heat and pressure, it turns into marble, a different chemical reaction. Other rocks undergo different reactions.
Yes. If heated to tempreatures excessing an average of 700 degrees celsius, (but also considering other factors such as pressure and composition) they become molten Pete.
Yes, if they become igneous before metamorphic. Or they could experience extreme heat and pressure to turn to metamorphic, or melt and change to igneous.
All rocks can be made to melt.
when sedimentary melts the heat squeezes the rock then it becomes a metamorphic rock.
Normally when sedimentary rocks are squashed and heated they do indeed change, they become metamorphic rocks. e.g. mud will be turned into slate - limestone into marble etc.As the metamorphic temperature and pressure increase still further, most sedimentary rocks end up as Granulites or Banded Gneisses which look very much like igneous rocks (Granites).In the extreme, sedimentary rocks can melt, and these melts will form new magmas which will eventually harden to form new igneous rocks.
They are both rocks. Sedimentary can contain metamorphic rocks. and vice versa.
Igneous, sedimentary, and metamorphic rocks are differentin their method of formation. Igneous rocks solidify from melt, sedimentary rocks form from the lithification of sediments, and metamorphic rocks form from the application of heat and/or pressure over time. These rocks are alike in some ways, too, however. Igneous, sedimentary, and metamorphic rocks can share compositions -- they can be composed of cominations of biotite, calcite, quartz or other minerals. Their origin can also be shared. For example, a composite volcano has all three types: a sedimentary rock formed from welded pyroclastics, called welded volcanic tuff, piles up on the slopes. Lava solidifies on the slopes as well, forming igneous rocks. Inside the volcano, solid rock is exposed to heat but doesn't melt. This rock is transformed into metamorphic rock.
Any rock can become a metamorphic rock. To become a metamorphic rock the rock must undergo heat and/or pressure, but not so much that the rock melts. Should the rock melt it would become an igneous rock.
No, sedimentary is formed by compression. Metamorphic is created by heat and pressure. Sedimentary can be melted to create metamorphic.
No. It's the Metamorphic rocks that melt and become magma.
Heat must melt the sedimentary,metamorphic,or igneous and it will turn to magma
when sedimentary melts the heat squeezes the rock then it becomes a metamorphic rock.
Sedimentary and Igneous rocks are not metamorphic rocks. Metamorphic rocks however are igneous or sedimentary rocks that have undertaken metamorphism (In extreme heat and/or pressure the minerals are forced to recrystalize) and become metamorphic rocks. If the heat/pressure causes the rock to melt into liquid rock than it is no longer metamorphi, it is igneous. Hope this helps :)
Sedimentary rocks can be eroded into sediments and form sedimentary rocks again, they can melt and become igneous rocks, and they can undergo extreme heat and pressure and become metamorphic rocks.
Normally when sedimentary rocks are squashed and heated they do indeed change, they become metamorphic rocks. e.g. mud will be turned into slate - limestone into marble etc.As the metamorphic temperature and pressure increase still further, most sedimentary rocks end up as Granulites or Banded Gneisses which look very much like igneous rocks (Granites).In the extreme, sedimentary rocks can melt, and these melts will form new magmas which will eventually harden to form new igneous rocks.
Normally when sedimentary rocks are squashed and heated they do indeed change, they become metamorphic rocks. e.g. mud will be turned into slate - limestone into marble etc.As the metamorphic temperature and pressure increase still further, most sedimentary rocks end up as Granulites or Banded Gneisses which look very much like igneous rocks (Granites).In the extreme, sedimentary rocks can melt, and these melts will form new magmas which will eventually harden to form new igneous rocks.
there are 4 bill bob and jerry and the one in abi's head she likes to call a brain Igneous, Sedimentary, and Metamorphic.
They are both rocks. Sedimentary can contain metamorphic rocks. and vice versa.
Normally when sedimentary rocks are squashed and heated they do indeed change, they become metamorphic rocks. e.g. mud will be turned into slate - limestone into marble etc.As the metamorphic temperature and pressure increase still further, most sedimentary rocks end up as Granulites or Banded Gneisses which look very much like igneous rocks (Granites).In the extreme, sedimentary rocks can melt, and these melts will form new magmas which will eventually harden to form new igneous rocks.
Limestone, from heat, can melt into magma. Mainly, it is weathered and eroded back into calcium carbonate solution in the sea, with its insoluble fraction left as the sediment from which it was created. Lastly, heat and pressure (contact metamorphism) can alter it into marble (a metamorphic rock).