The molarity of `Cl^(-)` in an aqueous solution which was `(w//w)2%NaCl,4%CaCl_(2)` and `6%NH_(4)Cl` will be :

The molarity of Cl^(-) in an aqueous solution which was (w//v)2%NaCl,4%CaCl_(2) and 6%NH_(4)Cl will be :

Why is an aqueous solution of NH_4Cl acidic ?

Which of the following molarity values of ions is/are correct for a aqueous solution which contain 5.85% w//v NaCI, 5.55% w//v CaCI_(2) and 6% w//v NaOH .

Which of the following molarity values of ions is/are correct for a aqueous solution which contain 5.85% w//v NaCI, 5.55% w//v CaCI_(2) and 6% w//v NaOH .

Calculate the molarity of 4% (w/v) NaOH solution.

Molarity of 4% (w/v) solution of NaOH is

The Van't Hoff factor of Hg_(2)Cl_(2) in its aqueous solution will be ( Hg_(2)Cl_(2) is 80% ionized in the solution) a. 1.6 , b. 2.6 ,c. 3.6 ,d. 4.6