Aqueous solutions
of the soluble beryllium salts are acidic as a result of the
formation of Be(OH2)42+, the tetrahydrate, which will
react to form insoluble hydroxides or hydrated
complexes at pH values between 5 and 8
FROM
Dr Robert M. Bruce, National Center for Environmental Assessment, US Environmental Protection
Agency, Cincinnati, OH, USA, and
Mr Mark Odin, Syracuse Research Corporation, Syracuse, NY, USA
BeCl+AgN2+H2O----->BeN2+AgCl
it is dissolved in water
An aquatic environment's water CHEMISTRY refers to the amount of dissolved salts, nutrients, and oxygen in the water. If you are in Mr. Sarau's class...nice going. haha
No, salts are insoluble in kerosene oil.
All water, including rain water, contains a degree of dissolved chemicals known as "salts." It is assumed that this is concentrated more in the sea because of the gradual breaking up of the cooled igneous rocks of the Earth's crust by weathering and erosion, the wearing down of mountains, and from streams and rivers that bring dissolved salts and minerals as they flow to the sea.
probably hydrated beryllium salts like BeCl2.H20
Some salts dissolved in water have an acidic pH.
Because salts can be in water solutions neutral, acidic or basic.
Excepting beryllium, the others mentioned elements produce basic solutions when are dissolved in water.
These are acidic salts, asCuCl2.
When dissolved in water, beryllium chloride dissolves in water it breaks apart into beryllium and chloride ions. The positive beryllium ion attracts and forms a sort of bond with the slightly positive oxygen atom of a water molecule, forming what is called an ionic complex. A hydrogen ion can then break off of this positively charged complex, resulting in a slightly acidic solution.
Salts may be soluble or insoluble in water.
In water solutions salts may be acidic, basic or amphoteric.
Polar salts are easily dissolved in water.
Dissolved salts have an influence on the physical, chemical and biological properties of the solution.
Ionic salts are dissociated in ions.
acidic