yes they are used in handwarmers because of their catalyzing properties
If you mean 'stable' as in 'not radioactive', then yes, salt is stable.
to maintain a stable environment
sodium and chlorine
Some examples of how the cell membrane of a tube worm maintains a stable environments are that: - It prevents minerals in the water from flowing into the cell. - It prevents salt from flowing in.
Atoms join together to become more stable. For example, a lone Na+ (sodium ion) will bond with a lone Cl- (Chlorine Ion) to form the stable compound NaCl (table salt).
There are a great many possible answers to that question. One familiar example is sodium and chlorine, which combine to make the stable compound sodium chloride, also known as table salt.
You must make it stable if it is unstable it will oxidise by definition. You would have to add another element to make the compound stable but you would then be changing it to a stable salt.
Salt is stable; but absorbtion of water transform sodium chloride into a solution.
This depends for each salt; chlorides are stable, nitrates and carbonates are not stable.
The Mohr salt is more stable to oxidation of Fe2+ to Fe3+.
Salt is very stable, cannot be degraded; only water absorption transform sat in a solution.
to maintain a stable environment
The melting point of table salt (sodium chloride, NaCl) is 801oC. The melting point of table sugar (sucrose, C12H22O11) is 186oC. You can melt sugar and even scorch it in your kitchen, but you can't do that with salt. So salt is more stable towards heat.
yes it can, table salt (NaCl)
Sodium Bromide is a stable salt. It will dissolve in water.
Sodium chloride is a stable compound.
Yes water and vinegar form a stable solution.
So that it is stable. A stable ion means that it is no longer reactive and can be used in daily life. Salt is a good example of this. Salt is etable because it has found an atom with which it can share 8 valence electrons with.