It can identify acids and alkalis because it reacts with both.
If you add some crystals of this to acid carbon dioxide gas will bubble up, and this turns lime water milky.
If you add some crystals to an alkali, ammonia smell will be recognised. A more stringent test is that it turns damp litmus paper blue.
No one is certain who first discovered Ammonium Chloride as reference to it dates back to ancient scholars. However, no one knew the actual chemical composition until it was discovered by Joseph Tournefort in 1700.
Dilute acid or vinegar is placed on the specimen to see if it effervesces or reacts. If it instantly reacts it is probably a carbonate mineral like calcite. Other minerals may slowly dissove in the acid. Some minerals have no reaction to the acid.
Yes, the sodium carbonate will react with ethanoic acid. You will be able to see a weak bubbling to signify the reaction.
the least accurate way to identify a mineral
the mohs scale is the scale we use to identify minerals
Ti identify ammonium ion, NaOH is added to the original solution of the ammonium salt and a paper dipped in HCl is brought to mouth of test tube. If white vapours are observed, then ammonium is present. Or Neissler's reagent(K2HgI4) can be added to the original solution of the ammonium salt. A reddish brown ppt. is observed in case of ammonium ion.
The two solutions are then the same strength.
No one is certain who first discovered Ammonium Chloride as reference to it dates back to ancient scholars. However, no one knew the actual chemical composition until it was discovered by Joseph Tournefort in 1700.
Sodium carbonate is soluble in water
- Dissolve ammonium chloride in water.- Add some crystals of silver nitrate and stir.- A white precipitate of silver chloride is formed.
No I cannot answer it! Hahahahahahahahahaha!
If you put cold dilute Hydrochloric acid on a carbonate rock the acid dissolves the rock and you get bubbles of carbon dioxide in the acid. This reaction will only happen with carbonate rocks.
add hcl bubbles of co2 produced and flame test
Certain solutions identified at certain points of time will not be suitable at a later point of time, hence it is better to have as many possible solutions to a problem.
An equation can be determine to have no solution or infinitely many solutions by using the square rule.
This question needs to reworded, it makes no sense as written. Perhaps the question is supposed to be "how do you identify soluble and insoluble salts"?
By using specific methods of analytical chemistry.