The metamorphic rock quartzite would form due to the heat and pressure.
If any kind of rock-igneous or sedimentary- is far enough beneath the surface, the pressure can change it into a metamorphic rock. Also heat - the effects differ. It doesn't have to be ever so deeply buried, geologically, since metamorphism is usually a orogenic process in the affected sedimentary rock.
- They were deeply divided
Only if the person you are avenging is someone you deeply care about.
cello
they left france deeply in debt
Precambrian rocks have been so deeply buried that they have changed by heat and pressure. That's a summary about the Precambrian time.
The forces of the mountain building slowly pushed the granite upward. This formed a mountain. Water and wind slowly wore the granite away. The sand remaining was carried by streams to the ocean. Over millions of years layers of sediment piled up on the ocean floor and changed to sandstone. Sandstone is a Sedimentary rock. Over time, the sandstone became deeply buried. Heat and pressure changed the sandstone to quartzite, a metamorphic rock. I got this from my science homework. :)
Erosion
No, deeply buried soil bacteria are typically not photosynthetic. They rely on organic matter for energy and are adapted to low-oxygen environments where photosynthesis is not possible.
Yes, rocks deposited near the surface (eg limestone) are changed by the pressure and heat when they are buried deeply in the earth (eg limestone becomes marble)
Sandstone is a rock that can be deeply affected by intense winds, as constant abrasion from wind-blown sand particles can lead to erosion and the smoothing of its surface. Over time, this process can result in unique landforms such as sandstone arches or hoodoos.
Most rocks from that era are deeply buried.
No, if the minerals are deep, slope mining is not possible.
It ends up getting very compact and cold and hard to break up
Most rocks from that era are deeply buried.
The idea behind geothermal energy is that the pipework for it is buried deeply enough that the temperature is constant year-round.
If any kind of rock-igneous or sedimentary- is far enough beneath the surface, the pressure can change it into a metamorphic rock. Also heat - the effects differ. It doesn't have to be ever so deeply buried, geologically, since metamorphism is usually a orogenic process in the affected sedimentary rock.