If in solution containing `Cl^(-) & Bt^(-)` ions, `AgNO_(3)` is added then initial precipitate of which colour will be formed ?

If in solution containing Cl^(-) & Br^(-) ions, AgNO_(3) is added then initial precipitate of which colour will be formed ?

AgNO_(3) solution will not give white precipitate with

AgNO_(3) solution will not give white precipitate with

A solution contains Cl^( - ) , I^( - ) and SO _ 4^( 3- ) ions in it. Which of the following ion is capable to precipitate all of the above when added in this solution ?

Sodium hydroxide solutions to the solutions containing the ions mentioned in list x list y gives the detail of the precipitate match the ions their coloured precipitates

NaCl and AgNO_(3) are ionic solids and they readily dissodciate to from ions in solution. Ag^(+) ions combine with Cl^(-) ions to give white precipitate of AgCl. But C Cl_(4) is covaolent compound and does not give Cl^(-) ions in solution. Therefore, no reaction is possible between C Cl_(4) and AgNO_(3).

The relative decreases in the vapour pressure of an aqueous solution containing 2 mol [Cu(NH_(3))_(3)Cl]Cl in 3 mol H_(2)O is 0.50 . On reaction with AgNO_(3) , this solution will form

When ammonium chloride and ammonium hydroxide are added to a solution containing both Al^(3+) and Ca^(2+) ions, which ion is precipitated first and why ?

Explain the following : When NH_(4)Cl and NH_(4)OH are added to a solution containing both, Fe^(3+) and Ca^(2+) ions, which ion is precipitated first and why?

The following solutions requires three moles of AgNO_(3) for the complete precipitation of all the chloride ions present in it