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What else can I help you with?
If granite were subjected to intense heat and pressure it would likely change to?
If granite were subjected to intense heat and pressure, it would likely change to gneiss, a metamorphic rock. Gneiss forms through the recrystallization of minerals in granite under high temperature and pressure conditions.
What general depth of focus earthquakes are likely to occur in himalaya?
Earthquakes in the Himalayas can occur at varying depths, ranging from shallow depths of less than 70 km to deeper depths of up to 250-300 km. The region's seismic activity is primarily associated with the Indian plate colliding with the Eurasian plate, resulting in earthquake events at different depths along this tectonic boundary. Shallow earthquakes can have devastating effects on the region's densely populated areas, while deeper earthquakes may be felt over a larger area but with less severe shaking at the surface.
A foliated dense rock that has light and dark colored banding?
The rock you are likely describing is gneiss, which is a metamorphic rock with alternating light and dark bands. Gneiss forms when intense heat and pressure cause the original rock to recrystallize, resulting in distinct layering of minerals.
What type of rock would result from the metamorphism of granite?
The metamorphism of granite would likely result in the formation of gneiss, a coarse-grained foliated rock with distinct bands of minerals. The high temperature and pressure during metamorphism would cause the minerals in the granite to recrystallize and align, giving gneiss its characteristic banded appearance.
Is gneiss ductile or brittle?
Gneiss is a metamorphic rock that typically displays ductile behavior due to its layered composition and high temperature and pressure conditions during formation. This means that it is more likely to be deformed without breaking easily compared to brittle rocks like quartzite.
Would gneiss be more likely to form at shallow depths or at great depths where mountains are pushed up?
No , because it has to be deep inside the earth so it ca be pushed up.
Would gneiss be more likely to form at shallow depths or at great depths where mountains are being pushed up?
Gneiss is more likely to form at great depths where mountains are being pushed up, typically in regions undergoing high pressure and temperature conditions associated with deep crustal or subduction zone environments. Shallow depths are more conducive to the formation of rocks like granite rather than gneiss.
If granite were subjected to intense heat and pressure it would likely change to?
If granite were subjected to intense heat and pressure, it would likely change to gneiss, a metamorphic rock. Gneiss forms through the recrystallization of minerals in granite under high temperature and pressure conditions.
What general depth of focus earthquakes are likely to occur in himalaya?
Earthquakes in the Himalayas can occur at varying depths, ranging from shallow depths of less than 70 km to deeper depths of up to 250-300 km. The region's seismic activity is primarily associated with the Indian plate colliding with the Eurasian plate, resulting in earthquake events at different depths along this tectonic boundary. Shallow earthquakes can have devastating effects on the region's densely populated areas, while deeper earthquakes may be felt over a larger area but with less severe shaking at the surface.
Where is gneiss likely to develop?
I believe it's in the Canadian (state/province) Northwest Territories.
What is the name of a black metemorphic rock with a pink stripe going through it?
Gneiss is a likely prospect.
A foliated dense rock that has light and dark colored banding?
The rock you are likely describing is gneiss, which is a metamorphic rock with alternating light and dark bands. Gneiss forms when intense heat and pressure cause the original rock to recrystallize, resulting in distinct layering of minerals.
Where would you likely see sedimentary rocks?
under depths of water
The multicellular algae most likely to be observed at great depths are the?
Red Algae
Which metamorphism rocks are most likely to have at the highest temperature and pressure?
Gneiss is a metamorphic rock that meets those criteria.
Which metamorphic rocks are most likely to have formed the highest temperatures and pressures?
Gneiss is a metamorphic rock that meets those criteria.
Which metamorphic rocks are most likely to have formed at the highest temperatures and pressure?
Gneiss is a metamorphic rock that meets those criteria.
