The answer to this is , No! The extraction of metal usually requires the appliction of heat to separate the metal from it's matrix, the stuff mixed with the metal. This is called "Smelting". Each metal melts at a different temperature. Some of these temperatures are very high, so great care must be taken in this process.
Graphite is the most thermodynamically stable (more than diamond).
Corroded metal is not stable.
There is no rule about this. Gold is a very stable metal, and neon is a very stable non-metal.
The 200-400 mesh size is best for DNA extraction. The smaller sizes are usually used for metal ion extraction.
Reduction
Borneol is more thermodynamically stable. Isoborneol is the kinetic product.
Type your answer here... most of the metals naturally exist in combined formed during metallurgy the metals are extracted from their ores by reduction process in pure metallic state, metals are unstable and considered to be in the excited state.therefore,the extracted metals have a tendency to go to thermodynamically stable state , which is otherwise known as corrosion.
Graphite is the most thermodynamically stable (more than diamond).
Corroded metal is not stable.
all metal extraction is done from ores
Extraction of pure metal from ores. That's all on my side.
There is no rule about this. Gold is a very stable metal, and neon is a very stable non-metal.
Microemulsions (ME) are thermodynamically stable while Nanoemulsion (NE) is kinetically stable. ME have less globule size than NE. ME have long term stability while NE have short term stability.
no they wont mix "because separating from each other is thermodynamically more stable than mixing with each other".
Thermodynamically stable refers to a chemical stability used in chemistry. It refers to something and its environment being in chemical equilibrium.
The most reactive metal is francium.
The 200-400 mesh size is best for DNA extraction. The smaller sizes are usually used for metal ion extraction.