Yes, Ammonium Chloride (NH4Cl) would be soluble in water.
source: wikipedia
To convert ammonia to ammonium chloride, one would need to react it with hydrochloric acid (HCl). By mixing these two chemicals together, the ammonia molecule (NH3) would react with the hydrogen chloride molecule (HCl) to form ammonium chloride (NH4Cl) as a white precipitate.
If you're asking about whether or not there would be a reaction, then probably not. You have two compounds with the same anion, so you will just have a big aqueous solution of chloride ions, plus some hydrogen and ammonium ions.
To find the formula for ammonium chloride (NH4Cl) using the criss-cross method, you would cross the charges of the ammonium ion (NH4^+1) and the chloride ion (Cl^-1). The resulting formula will have one ammonium ion and one chloride ion, giving you NH4Cl.
The experiment will not work because sodium chloride does not sublime. Ammonium chloride appears to sublime upon heating. However, this process is actually decomposition into ammonia and hydrogen chloride gas. NH4Cl + heat → NH3 + HCl (Wikipedia)
One method to separate a mixture of barium sulfate and ammonium chloride, and lead chloride would be to use precipitation. By adding a solution of sodium sulfate (Na2SO4), barium sulfate will precipitate out due to its low solubility. The remaining solution can then be filtered to separate the lead chloride from the ammonium chloride.
Ammonium is considered to be a soluble compound so my guess would be, yes. It is.
When you resubmit your question would you please indicate to whom or what the ammonium chloride is to be administered.
Im not quite sure, but since potassium chloride and ammonium nitrate forms kno3, theoretically, sodium chloride and ammonium nitrate would form sodium nitrate. (Im not 100% sure due to that sodium chloride is more soluble than potassium chloride.)
To convert ammonia to ammonium chloride, one would need to react it with hydrochloric acid (HCl). By mixing these two chemicals together, the ammonia molecule (NH3) would react with the hydrogen chloride molecule (HCl) to form ammonium chloride (NH4Cl) as a white precipitate.
Both ammonium nitrate and calcium chloride are salts, as they are ionic compounds that can be produced from an acid-base reaction. Neither is the salt we put on our food, however. Table salt is sodium chloride.
If you're asking about whether or not there would be a reaction, then probably not. You have two compounds with the same anion, so you will just have a big aqueous solution of chloride ions, plus some hydrogen and ammonium ions.
To find the formula for ammonium chloride (NH4Cl) using the criss-cross method, you would cross the charges of the ammonium ion (NH4^+1) and the chloride ion (Cl^-1). The resulting formula will have one ammonium ion and one chloride ion, giving you NH4Cl.
The pH value of a solution of ammonium chloride depends on the concentration of the solution. Ammonium chloride is an acidic salt, so a 0.1 M solution would have a pH around 5.6, while a 1 M solution would have a pH around 4.6.
One such salt would be aluminum chloride since it is soluble but when reacted with ammonium hydroxide, the insoluble aluminum hydroxide forms a precipitate. Not sure what is meant by "is insoluble in excess", however.
The experiment will not work because sodium chloride does not sublime. Ammonium chloride appears to sublime upon heating. However, this process is actually decomposition into ammonia and hydrogen chloride gas. NH4Cl + heat → NH3 + HCl (Wikipedia)
by the process of sublimation the mixture of sodium chloride and ammonium chloride is placed in a dish and covered with an inverted funnel on heating, ammonium chloride will change into vapour,which will condense into a solid in the neck of the funnel ,whereas sodium chloride was left behind the dish
It is highly water soluble (hydrophillic) related to it's polarity. It is a polar molecule, meaning it has a partial negative and a partial positive side, and therefore the negative portion of ammonia (Nitrogen) would attract the positive portion of of water (hydrogen), and the positive portion of ammonia (hydrogen) would attract the negative portion of water (oxygen).