No, alkaline metal phosphates are generally insoluble.
They dissolve faster in hot water.
no
Yes. Rock salt, which is largely the same as table salt, will dissolve in water.
In order to dissolve chalk in water, vinegar needs to be added. The vinegar has acid in it that eats away at the chalk to dissolve it.
Gasses dissolve in water because they bond to the water molecules. Gasses like hydrogen will bond with the oxygen in water to create H202 for example.
The compound Be3(PO4)2 is beryllium phosphate. It consists of beryllium ions (Be2+) and phosphate ions (PO4^3-).
The formula for beryllium phosphate trihydrate is Be(H2PO4)2 • 3H2O.
Beryllium and phosphorus can form an intermetallic compound called beryllium phosphide (Be3P2).
I think you have written the formula incorrectly. !!! I think it should be Be3(PO4)2 In which case it is beryllium phosphate. As written 'Be3PO42' would indicate that there are '42' oxygens in the molecule. and only one phosphorus. Brackets are used to indicate the phosphate anion. The '2' is used to inidicate that there are two phosphate anions.
The chemical formula for Beryllium dihydrogen phosphate is Be(H2PO4)2. In this compound, beryllium is the cation with a charge of +2, and dihydrogen phosphate is the anion with a charge of -1. The compound is formed by the combination of one beryllium ion and two dihydrogen phosphate ions to balance the charges.
Yes, codeine phosphate is soluble in water. It dissolves readily in water to form a clear solution.
Aluminum phosphate is not very soluble in water. It has a low solubility, so only a small amount can dissolve in water at room temperature.
dissolve the 12 g of crystals of sodium phosphate in water to make 1oo ml
Beryllium phosphate.
Not the phosphate side. It's hydrophobic
Phosphate is hydrophilic, meaning it has an affinity for water and can dissolve in it. This is because phosphate groups contain polar covalent bonds that can interact with water molecules through hydrogen bonding.
The carboxylic acid end of a fatty acid dissolves in water due to its hydrophilic (water-attracting) properties. The hydrocarbon chain of the fatty acid is hydrophobic and does not dissolve in water.