When a liquid is heat labile or can be destroyed by heat then this method is used.
Crystals and minerals, but not fossils, as the intense pressure would have destroyed them (except in some rare contact metamorphic rocks).
Metamorphic rock
Yes satellites have visited space but they were destroyed by the heat pressure
Schist is a typical foliated metamorphic rock. Initially, one merely has a laminated sedimentary rock. When this is subjected to heat and pressure, then some of the old minerals are destroyed and new ones formed from the available assemblage. From the types of new minerals formed, one may deduce the heat and pressure of the metamorphism. The date of the metamorphism is estimated by dating the mineral last formed - the one with the lowest freezing point. [Commonly mica]. The rock may then be subjected to further stresses which will produce folds of some complexity. This may be followed by intrusions of granites or volcanics.
No, it does not. Some forms of cooking can remove vitamins and minerals from food but they are not destroyed. Matter can not be created or destroyed, it will always exist in some form.
Pyrogens that are destroyed by heat.
no
Earth movements form metamorphic rocks by pressing, squeezing, and folding. Sometimes minerals are destroyed and new minerals are created
heat and pressure
When you heat vegetable they lose most of their "vitamin value".
Yes, indeed it does.
adiamond can be destroyed by intense heat!
Vitamin C is one vitamin that can withstand heat. However, minerals like vegetable oils can also withstand very high temperatures.
At high temperatures, the minerals in a rock can change to other minerals. And, of course, rock can melt.
Yes, it is destroyed. However it is replenished using the same source.
There are several nutrients that are required by the human body that are not broken down by the body or destroyed by heat, including:* ...* ...* calcium* iron* ...