Chloride samples are prepared for analysis by using NaCl. KCl and `NH_(4)Cl` separately or as mixture. What minimum volume (in mL) of 5% by mass `AgNO_(3)` solution (sp. Gravity 1.19 g/mL) must be added to a sample of 0.1498 g in order to ensure precipitation of chloride in every possible case?

Chlloride samples are prepared for analysis by using NaCl, KCl, NH_4Cl separately or as mixtures. What minimum volume of a 5.0% by weight AgNO_3 Solution (Density =1.04 ) must be added to a sample wehging 0.3 g in order to ensure complete precipitation of choride in every possible cases?

Chlloride samples are prepared for analysis by using NaCl, KCl, NH_4Cl separately or as mixtures. What minimum volume of a 5.0% by weight AgNO_3 Solution (Density =1.02 ) must be added to a sample wehging 0.321 g in order to ensure complete precipitation of choride in every possible cases?

A chloride mixture is prepared by grinding together pure BaCl_(2).2H_(2)O, KCl and NaCl . What is the smallest and largest volume of 0.15 M AgNO_(3) solution that may be used for complete precipitation of chloride from a 0.3 g sample of the mixture which may contain any one or all of the constituents ?

A chloride mixture is prepared by grinding together pure BaCl_(2).2H_(2)O, KCl and NaCl . What is the smallest and largest volume of 0.15 M AgNO_(3) solution that may be used for complete precipitation of chloride from a 0.3 g sample of the mixture which may contain any one or all of the constituents ?

1.0g of a sample containing NaCl, KCl and some inert impurity is dissolved in excess of water and treated with excess of AgNO_(3) solution. A 2.0 g precipitate to AgCl separate out. Also sample is 23% by mass in sodium. Determine mass percentage of KCl in the sample :