There are many elements which are gases at room temperature, including hydrogen, helium, nitrogen, oxygen, fluorine, chlorine and all noble gases.
Many gases react and form a solid. Hydrogen and oxygen below 0oC is a good example.
The two elements that are liquid at standard temperature and pressure are Mercury (Hg) and bromine (Br.)
Hydrogen and oxygen make water.
water and mercry
This is a reaction of precipitation.
it is okay body
The combination is a compound. These elements will react to form Sulfur Dioxide (SO2) upon contact between these two gases. Both gases react quite well with other elements, so they naturally react well with each other and form a compound.
These gases are sulfur dioxide and nitrogen dioxide.
science
This is a reaction of precipitation.
it is okay body
The combination is a compound. These elements will react to form Sulfur Dioxide (SO2) upon contact between these two gases. Both gases react quite well with other elements, so they naturally react well with each other and form a compound.
NH3(g) + HCl(g) ==> NH4Cl(s). This type of reaction is called "synthesis". The two gases react to form a solid ammonium chloride salt.
Noble gases do not react chemically with other noble gases.
Argon and Helium. Being inert gasses, they do not react with anything.
A precipitation reaction is one in which two solutions react to form an insoluble solid called a precipitate and a precipitate is an insoluble solid which is formed on mixing certain solutions.
That should be the first two noble gases: Helium and Neon. These two are chemically inert and do not react with anything.
precipitation
I think you are referring to forming a precipitate.But you could just as easily be referring to plastic resin polymerization.
Yes, two solids can react to form a liquid by chemical combination. This type of reaction is known as a synthesis or precipitation reaction. An example of this is when solid sodium reacts with solid chloride to form liquid sodium chloride (common table salt) during the process of electrolysis.
A carboxylic acid and an amine react to form nylon.