Dissolve 1.0 mole gas (17 gram) in 1.0 Liter water
First take 170g of NH3 . Then dissolve in 1L of water
Ammonia gas can be tested in these ways:1. It has a pungent smell2. It turns MOIST red litmus paper blue3. Test its alkalinity in water (pH ~ 11)4. It will extinguish a lighted splint5. It will easily dissolve in water
Actually, the ammonia molecule mixes with the water because it forms hydrogen bonds.
There is no reason for that. It forms OH- after the reaction.
Dissolve 1.0 mole gas (17 gram) in 1.0 Liter water
There is no such state of matter, gas in liquid is just a solution. (Eg. Ammonia-water, hydrochloric acid)
First take 170g of NH3 . Then dissolve in 1L of water
Ammonia gas can be tested in these ways:1. It has a pungent smell2. It turns MOIST red litmus paper blue3. Test its alkalinity in water (pH ~ 11)4. It will extinguish a lighted splint5. It will easily dissolve in water
Actually, the ammonia molecule mixes with the water because it forms hydrogen bonds.
There is no reason for that. It forms OH- after the reaction.
Because ammonia is quite soluble in water, so that not all of the gas produced could be collected over water.
Ammonia is stable but highly hydroscopic (it will dissolve in any available water, including water vapor in the air).
Ammonia gas is dissolved in water; an ammonium hydroxide solution is obtained.
Ammonia (NH3) is a (very 'water' soluble) gas
Yes, ammonia dissolves in water to form ammonium ions NH4+ or ammonium hydroxide NH4OH Yes, ammonia dissolves in water to form ammonium ions NH4+ or ammonium hydroxide NH4OH
Yes, ammonia dissolves in water to form ammonium ions NH4+ or ammonium hydroxide NH4OH Yes, ammonia dissolves in water to form ammonium ions NH4+ or ammonium hydroxide NH4OH