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Starting the fusion reactions required high density and high heat.
In polymerase chain reaction everything is done by temperature with the help of some enzyme. In first step the templet strand is separated by high degree of temperature because in higher temperature the hydrogen bonds between the A-T and G-C are digested.
High temperature=low viscosityLow temperature=high viscosity
High pressure = High temperature
Breaking long hydrocarbon chains into shorter ones at high temperature.
No. Many require only minimal water and very low temperatures, and many are in the middle.
A normal conductor has resistance. A superconductor has no resistance. But to make superconductors a very low temperature is required. High-temperature supeconductors require a temperature of minus 203 degrees C, ordinary superconductors require substantially lower temperatures.
At high enough temperature anything evaporates; these two require a very high temperature indeed. A mixture would have a boiling point somewhere in the middle.
Sufficient quantity of hydrogen at a very high pressure and temperature
Starting the fusion reactions required high density and high heat.
In polymerase chain reaction everything is done by temperature with the help of some enzyme. In first step the templet strand is separated by high degree of temperature because in higher temperature the hydrogen bonds between the A-T and G-C are digested.
Because the covalent bonds between the atoms are strong and require a lot of energy to break.
Because the oceanic ridge consists of very dense rocks having high specific gravity and with high melting point.
smelting is used for sulfide ores. Iron ores require a blast furnace. aluminum ores require high temperature electrolysis. etc. it varies by type of ore and metal.
Mountain do not have high temperature. They have low temperature.
High temperature High temperature
Pretty high on the food chain