Both Co^(3+) and Pt^(4+) have a coordination number of six. Which of the following pairs of complexes will show approximately the sameelectrical conductance for their 0.001 M aqueous solutions?

Both Co^(3+) and Pt^(4+) have a coordination number of six. Which of t

1.	Both Co^(3+) and Pt^(4+) have a coordination number of six. Which of the following pairs of complexes will show approximately the sameelectrical conductance for their 0.001 M aqueous solutions?
Answer» `CoCl_(3).4NH_(3)` and`PtCl_(4).4NH_(3)` `CoCl_(3).3NH_(3)` and `PtCl_(4).5NH_(3)` `CoCl_(3).6NH_(3)` and `PtCl_(4).5NH_(3)` `CoCl_(3).6NH_(3)` and `PtCl_(4).3NH_(3)` Solution :`CoCl_(3).6NH_(3)` and `PtCl_(4).5NH_(3)` This PAIR of complexes will show approximately same electrical coductance for their 0.001 M aqueous solution s `underset([Co(NH_(3))_(6)]^(3+)+3Cl^(-))underset(DARR "in solution")([Co(NH_(3))_(6)]Cl_(3))""underset([Ptcl(NH_(3))_(5)]^(3+)+3Cl^(-))underset(darr"in solution")([PtCl(NH_(3))_(5)]Cl_(3))` As the number of IONIC species is solution due to both the complexes are EQUA,, therefore their equimolar solutions will show approximately same conductance.