Yes, it is true.
Water always acts as an acid with Ammonia ,water donates H+ ions forming the Ammonium ion NH4+.
the valency for ammonium is +1. the way i remember this is the elements made up of more than one element, is always either +1 or -1 depending on whether the element is matal or non-metal..hope this helps!! =]=]=]
4.7 as the pH of ammonia is 9.3 and the pH + the pOH of a substance always equals 14.
A solution is not always a liquid: An alloy like brass is a solid in solid solution, and air is a gas in gas solution.
Technically, neither is entirely true. Bases will not decrease the pH, but neither do they always release hydroxide. For example, ammonia and the amines are basic, but this is because they remove hydronium, not because they add hydroxide. They release hydroxide ions in solution.
Water always acts as an acid with Ammonia ,water donates H+ ions forming the Ammonium ion NH4+.
Only the alkali metal and ammonium bicarbonates are obtainable as solids; group 2 bicarbonates exist only in solution. I found this on a site and it seems to explain why there is no direct answer to this question. When speaking of solubility we take something that is out of solution and make one, but in the case of bicarbonates only the Alkali metals and ammonium types exist out of solution. In other words AgHCO3 is always 100% soluble and always in solution. If you can see it it is not Silver bicarbonate.
It would not be possible, Ammonia (NH3) is constantly associating and disassociating with Hydrogen (H) to make positively charged NH4. Meaning a pure Ammonia solution will always have extra H molecules there with it.
the valency for ammonium is +1. the way i remember this is the elements made up of more than one element, is always either +1 or -1 depending on whether the element is matal or non-metal..hope this helps!! =]=]=]
4.7 as the pH of ammonia is 9.3 and the pH + the pOH of a substance always equals 14.
Ammonium chloride is easily decomposed and NH3 and HCl are released.
We have no way of knowing what you always smell at the hospital. Ammonia seems a bit unlikely, though. It's probably a less toxic disinfectant.
yes, a solution is always a mixture
A solution is not always a liquid: An alloy like brass is a solid in solid solution, and air is a gas in gas solution.
not always
NO ... a solution can be the answer to a problem ...
No, the Haber process to make ammonia can be reversed