11 Facts On Agno3 Lewis Structure: Solubility & Several Details

In this article, we are learning about AgNO3 solubility and their facts.

AgNO3 is the chemical formula of Silver Nitrate. It is an inorganic compound. AgNO3 lewis structure appears in colorless. It is crystalline white solid alike. AgNO3 has more solubility because bond is weaker and ease to break up.

Is AgNO3 soluble ?

Silver has many type of soluble salts, in between them AgNO3 is common soluble salt. In virtually all other salts are insoluble. It Change the color from white to black, when exposer to light or any organic substances.

Is AgNO3 soluble in water?

AgNO3 is dissolves in water in very readily form due to presence of strong ionic properties. AgNO3 can be decaying at very higher temperatures to febricate elemental silver. Dissolve of silver nitrate, in water, forms positively charged silver ions.
There is an exceptional case of acetonitrile. As each drop of water, a white cloudy precipitate will found. When AgNO3 reacts with any chloride present in the tap water. First 1 or 2 drops of the solution may turn a red color for a moment of time but the red color will not found with stirring.

This silver ions can bound negatively charges ions such as different types of halides. According to the rules of solubility , silver nitrate is a very soluble salt. When AgNO3 dissociate than two ions form accordingly those are Ag+ and NO3-. Silver salt says a soluble salt by the rules of solubility.

Is AgNO3 soluble in HNO3?

Silver nitrate is quite soluble in HNO3.AgNO3 lewis structure formation of HNO3 the nitrate ion doesn’t react with water. In between lots of acids nitric acid is very strong. It almost segregate in water. This means that the NO3- does not attracted towards hydrogen ions from water molecules.

AgNO3 Lewis structure
Image credit of AgNO3 by istock

Is AgNO3 soluble in ethanol?

Silver nitrate is soluble in ethanol. Still this is quite inactive in solution. whenever, we are adding large amount of nitric acid with it, causes silver fulminate (AgCNO)6 to precipitate. This silver fulminate is an exceptionally sensitive and having explosive nature . explosion=Silver nitrate + ethanol

Is AgNO3 soluble in NH3?

This AgNO3 reaction with ammonia has to be done in a solution. By adding dilute nitric acid the solution is going to be acidified. At first it dissolved in pure water. We know that Tollens’ reagent is used to see the presence of aldehyde is an alkaline solution of ammonical silver nitrate.
The Silver ions which are present here reacts with hydroxide. Silver(I) oxide, Ag2O(s) will precipitate from that solution as a brown precipitate. This can be some how dissolves in aqueous ammonia. By this forming the diamminesilver(I) ion, [Ag(NH3)2]+.

Is Silver Nitrate soluble in Nitric acid ?

By liquefy silver in nitric acid the silver nitrate will form in the this. Silver nitrate melt at 212 °C or 414 °F. This is crystalized in transparent plate. The solubility is found at 20 °C (68 °F). In 100 grams of water this can be evaluated as 222gram.
Silver nitrate is almost soluble in water. It never form an precipitate. Yes, this most be possible if we add silver after that the HNO3. We can also use dilute HCl or NaCl solution For additional. The white precipitate will generate, that is silver chloride.

Is Silver Nitrate soluble in ammonia ?

Test of aldehyde is used if Tollen’s reagent is in alkaline solution of ammonical AgNO3. Silver(I) oxide generated if we react silver ions reacts with hydroxide ion. This is the precipitate which can be dissolves in aqueous ammonia readily. In this the formation of diamminesilver(I) ion, [Ag(NH3)2]+.
The precipitate in case of AgBr is almost unchanged. If we use the ammonia solution of dilute form .Give colourless solution if we dissolved in a concentrated ammonia solution. The precipitate of AgI is insoluble in any concentration of ammonia solution.

AgNO3 molar mass:

AgNO3 lewis structure having molar mass 169.9 g/mol.

How to calculate molar mass of AgNO3?

AgNO3 lewis structure having molar mass 169.9 g/mol. To find the moles of AgNO3. That is 0.0132 g AgNO3 x 1 mole AgNO3/169.9 g = 7.77×10-5 moles. Therefore 1 mole Ag and 1 mole NO3 per mole of AgNO3. Number of moles of Ag+ and NO3- ions will found in this way.

Molar mass means the mass of one mole of a sample. By adding the atomic weight of all of the atoms in the molecule, we can found molar mass in a molecule. We know the actual mass of any element from the periodic table.

Is AgNO3 acid ?

AgNO3 lewis structure is not in acidic form. Silver nitrate does not form an basic solution nor a acidic solution. There is no H+ and OH- created in the solution so there is no chance of acidic or basic solution.
Silver nitrate will form by liquefy silver as a element and nitric acid . It can also be very toxic and corrosive properties by detecting there chemical nature.

Is AgNO3 solid?

It is a colorless or white crystalline solid. Silver nitrate becoming black on exposure to light or organic material. Silver Nitrate is an antiseptic by nature. As a sclerosing agent silver nitrate can use. This also can be called cauterizing agent.

Is AgNO3 ionic ?

AgNO3 is the formula of silver nitrate. Ionic bond between the silver cation (Ag+) and the nitrate anion (NO3–) the AgNO3 generate. It readily dissolves in water and dissociates into its constituent ions.


AgNO3 is an inorganic compound. It dissolved in water easily. Silver reacts with nitric acid to formation of AgNO3.The molar mass of AgNO3 is 169.9g/mol. The solubility will differ for different solution.

Upasana Nayak

Hi.....I am Upasana Nayak. I have done my Masters in Chemistry. I am working as a Chemist in a mining company along with that working as a Subject Matter Expert in Lambdageeks for Chemistry subject Let's connect through LinkedIn:https://www.linkedin.com/in/upasana-nayak-805062222.

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