Relative decrease in vapour pressure of an aqueous solution conataining `2`mol
`[Cu(NH_(3))_(3)Cl]`Cl in `3`mol `H_(2)`is `(1)/(2)`. When the given solution reation with excess fo `AgNO_(3)`solution the number moles of `AgCl`produced is

Relative decrease in vapour pressure of an aqueous solution containing 2 moles [Cu(NH_(3))_(3)Cl]Cl in 3 moles H_(2)O is 0.50. on reaction with AgNO_(3) , this solution will from

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

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

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

Relative decrease in vapour pressure of an aqueous solution containing 2 moles [Cu(NH_3)_3Cl] Cl in 3 moles H_2O is 0.50. On reaction with AgNO_3 this solution will form (assuming no change in degree of ionisation of substance on adding AgNO_3 ).

The relative decrease in the vapour pressure of an aqueous solution containing 2 mol [Cu(NH)_3CI]Cl in 3 mol H_2O is 0.50. On reaction with AgNO_3, this solution will form a)1 mol AgCl b)0.25 mol AgCl c)2 mol AgCl d)0.40 mol AgCl

If relative decrease in vapour pressure is 0.4 for a solution containing 1 mol NaCl in 3 mol of H_(2)O , then % ionization NaCl is

If relative decrease in vapour pressure is 0.4 for a solution containing 1 mol NaCl in 3 mol of H_(2)O , then % ionization NaCl is