Want this question answered?
The melting and cooling of a metamorphic rock will allow it to turn into an Igneous rock.
Nope, because they are created when the Earth pressurizes and heats it (but not to the point of melting). Igneous rocks are created when rocks melt.
The melting and cooling of a metamorphic rock will allow it to turn into an Igneous rock.
no
sedimentary rocks
heat and pressure, but without melting.
The two main factors that affect the temperature at which rocks melt are the composition of the rock and the pressure acting on it. Different minerals have different melting points, so the composition of the rock will determine its melting temperature. Additionally, pressure can increase or decrease the melting temperature of rocks, with higher pressure generally increasing melting temperature and lower pressure decreasing it.
The melting and cooling of a metamorphic rock will allow it to turn into an Igneous rock.
Magma
Nope, because they are created when the Earth pressurizes and heats it (but not to the point of melting). Igneous rocks are created when rocks melt.
By melting and then solidifying.
The melting and cooling of a metamorphic rock will allow it to turn into an Igneous rock.
metamorphic rocks
no
sedimentary rocks
Existing rocks are buried and subjected to heat and pressure. This causes them to recrystallise without melting.
It depends on the composition of the rock. Felsic (low iron and magnesium, high silica) rocks have a melting temperature closer to 700 degrees C, while mafic (medium silica, high iron and magnesium) and ultramafic rocks have melting temperatures approaching 1200 degrees C. Rocks with intermediate compositions will fall somewhere in between. If you can identify the minerals present in your rock sample, you can predict its melting temperature more accurately. Other factors, including the presence of volatiles such as water vapor or carbon dioxide, or pressure, can influence the melting temperature of a rock.