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Gneiss goes through metamorphosis at a higher temperature than slate so it has a higher what?
metamorphic grade
What mineral is common in schist and gneiss but not common is slate and phyllite?
The mineral common in schist and gneiss but not common in slate and phyllite is garnet. Garnet typically forms in higher-grade metamorphic rocks such as schist and gneiss due to the increased temperature and pressure conditions necessary for its formation.
What does gneiss form into?
There is no grade of metamorphism beyond gneiss. Higher grades of metamorphism mean higher temperature and pressure. Beyond the conditions that form gneiss, temperatures are high enough to melt rock, at which point the resulting rock will be igneous rather than metamorphic.
In clay is buried very deep within earth it can progress through a series of rocks of increasing metamorphic grade name the rocks in this series?
The series of rocks of increasing metamorphic grade as clay progresses deep within the earth are slate, phyllite, schist, and gneiss. Each rock type represents a higher level of metamorphism, with gneiss being the highest grade in this sequence.
How is gneiss rock formed?
Gneiss is formed from pre-existing rocks that are subjected to intense directional pressure and heat, causing an alignment of their constituent minerals into parallel bands, a texture that is referred to as foliation.
Gneiss goes through metamorphosis at a higher temperature than slate so it has a higher what?
metamorphic grade
Gneiss goes through metamorphosis at a higher temperature then slate so it has a higher what?
Gneiss undergoes metamorphosis at higher temperatures than slate, which results in a higher grade of metamorphism. This means gneiss typically has a higher metamorphic grade, indicating it has been subjected to more intense pressure and temperature conditions compared to slate. Consequently, gneiss exhibits coarser mineral grains and more complex foliation patterns than slate.
What is Gneiss goes through metamorphosis at a higher temperature that slate so it has a higher?
Gneiss undergoes metamorphism at higher temperatures and pressures compared to slate, which means it typically forms from the alteration of granite or sedimentary rocks under more intense conditions. This results in gneiss having a coarser texture and a banded appearance due to the segregation of mineral grains. Consequently, gneiss possesses greater strength and durability than slate, making it suitable for various construction and decorative applications. Its formation reflects a more advanced stage of metamorphic processes.
If Gneiss goes through metamorphism at a higher temperature then state so it has a higher what?
If gneiss undergoes metamorphism at a higher temperature, it has a higher grade of metamorphism. This indicates that it has been subjected to more intense conditions of heat and pressure compared to lower-grade metamorphic rocks. As a result, the mineral composition and texture of the gneiss may change, leading to the formation of new minerals and a more pronounced foliation.
When gneiss goes through metamorphism at a higher temperature then state so it has a higher what?
When gneiss undergoes metamorphism at a higher temperature, it becomes more felsic and may develop a higher grade of metamorphism, resulting in the formation of more stable minerals like garnet or kyanite. This process can lead to an increase in the rock's foliation and banding, as well as an overall increase in its density and strength. Consequently, the gneiss will exhibit characteristics of higher metamorphic grade, indicating it has undergone significant changes due to elevated temperature and pressure conditions.
What mineral is common in schist and gneiss but not common is slate and phyllite?
The mineral common in schist and gneiss but not common in slate and phyllite is garnet. Garnet typically forms in higher-grade metamorphic rocks such as schist and gneiss due to the increased temperature and pressure conditions necessary for its formation.
What does gneiss form into?
There is no grade of metamorphism beyond gneiss. Higher grades of metamorphism mean higher temperature and pressure. Beyond the conditions that form gneiss, temperatures are high enough to melt rock, at which point the resulting rock will be igneous rather than metamorphic.
In clay is buried very deep within earth it can progress through a series of rocks of increasing metamorphic grade name the rocks in this series?
The series of rocks of increasing metamorphic grade as clay progresses deep within the earth are slate, phyllite, schist, and gneiss. Each rock type represents a higher level of metamorphism, with gneiss being the highest grade in this sequence.
How is gneiss rock formed?
Gneiss is formed from pre-existing rocks that are subjected to intense directional pressure and heat, causing an alignment of their constituent minerals into parallel bands, a texture that is referred to as foliation.
What g is the final thing that mudstone can turn into if the temperature and pressure are high enough?
If mudstone is subjected to high temperature and pressure over geological time, it can ultimately metamorphose into schist or gneiss, depending on the specific conditions and mineral composition. Schist typically forms under moderate to high-grade metamorphic conditions, while gneiss represents a higher grade of metamorphism with pronounced banding and foliation. Both are examples of metamorphic rocks derived from mudstone.
How does gneiss differ from the rock it was formed?
They are both metamorphic rocks. One difference is the rocks they are formed from. Gneiss is formed from Feldspar and Quartz. Gneiss can also contain muscovite, biotite and hornblende. Quartzite is formed from sandstone. Also Gneiss is more intensely foliated than Quartzite. This can be seen in the bands formed in Gneiss, while quartzite has no bands. Pure quartzite is white, while Gneiss is grey or pink, with dark streaks.
How does the temperature of the medium affect the speed of the sound?
For most mediums, a higher temperature results in higher density, and sound travels through denser mediums faster than through less dense mediums, so a lower temperature generally increases the speed of sound waves.
