Dear friends,
PPM means Part Per Millions,
So It means if you takes 1 gm of Solid Chloride Ions and Dissolve it in D. water.
The Current Stock solution is having 1000 PPM of Chloride Ions.
NOW if you want lesser PPM solution from this stock Solution, follows below rule-
Required PPM Solution (A)
---------------------------------- X Required Volume of A PPM solution === Nos. of mL
Stock Solution PPM (1000) to be taken
from this stock solution and add in required Volume.
Dr.P.Khemariya
Research Scientist
R&D
dr.p.khemariya@gmail.com
A chloride ion in a water solution is represented as Cl-. In solution, the chloride ion is free to move around and interact with other ions and molecules in the water.
Yes, permanganate ions (MnO4-) can oxidize the chloride ion (Cl-) to Cl2 in acidic solution. In this process, permanganate is reduced to Mn2+. The overall reaction is 8H+ + 2MnO4- + 10Cl- → 2Mn2+ + 8H2O + 5Cl2.
The common ion in this system is lead (Pb2+). When lead chloride and lead hydroxide react in aqueous solution, the lead ion (Pb2+) is present in both compounds, making it the common ion.
In an aqueous solution of calcium chloride, the ions present are Ca²⁺ (calcium) and Cl⁻ (chloride) in a 1:2 ratio. This means for every calcium ion, there are two chloride ions present in the solution.
Ammonium chloride undergoes hydrolysis in water to produce ammonium ions and chloride ions. The ammonium ion can accept a hydrogen ion from water, resulting in the formation of ammonium ions and hydronium ions, making the solution acidic.
A chloride ion in a water solution is represented as Cl-. In solution, the chloride ion is free to move around and interact with other ions and molecules in the water.
Yes, permanganate ions (MnO4-) can oxidize the chloride ion (Cl-) to Cl2 in acidic solution. In this process, permanganate is reduced to Mn2+. The overall reaction is 8H+ + 2MnO4- + 10Cl- → 2Mn2+ + 8H2O + 5Cl2.
To find the molarity of chloride ion, you need to consider that one mole of barium chloride (BaCl2) will dissociate into two moles of chloride ions (Cl-). Therefore, the molarity of chloride ions in the solution will be twice the molarity of the barium chloride solution. In this case, the molarity of chloride ions would be 1000 M in the 500 M barium chloride solution.
This procedure creates an aqueous solution of sodium chloride.
Chloride is an ion of chlorine plus one electron. In solution, calcium is an ion missing two electrons.
Yes, it is possible; supplemetary the chloride ion is corrosive.
The common ion in this system is lead (Pb2+). When lead chloride and lead hydroxide react in aqueous solution, the lead ion (Pb2+) is present in both compounds, making it the common ion.
The concentration of chloride ion in a 2.0M solution of calcium chloride would be 4.0M. This is because calcium chloride dissociates into one calcium ion and two chloride ions in solution. Therefore, the concentration of chloride ions is double the concentration of the calcium chloride solution.
In an aqueous solution of calcium chloride, the ions present are Ca²⁺ (calcium) and Cl⁻ (chloride) in a 1:2 ratio. This means for every calcium ion, there are two chloride ions present in the solution.
Ammonium chloride undergoes hydrolysis in water to produce ammonium ions and chloride ions. The ammonium ion can accept a hydrogen ion from water, resulting in the formation of ammonium ions and hydronium ions, making the solution acidic.
Sodium chloride is a compound not an ion; after dissociation of NaCl ions are obtained: Na+ and Cl-.
The silver nitrate test provides a negative result on the presence of a chloride ion because silver chloride is insoluble in water and forms a white precipitate when silver ions react with chloride ions. This precipitate masks the presence of the chloride ion in the test solution, giving a negative result.