A complex containing `K^(+),Pt(IV)` and `Cl^(--)` is `100%` ionised giving `i=3`. Thus, complex is:

A complex containing K,Pt(IV) and Cl^(-) is 100% ionized giving i=3 the complext is

A complex containing K,Pt(IV) and Cl^(-) is 100% ionized giving i=3 the complext is

A complex iron and cyanide ions is 100% ionised at 1 m (molal) . If its elevation in b.p is 2.08 . Then the complex is (K_(b)=0.52^(@) mol^(-1) kg) :

A complex of iron and cynanide ions is 100% ionised at 1m (molal) . If its elevation inb.p. is 208^(@), (K_(b)=0.52^(@)mol^(-1)Kg) , then the complex is :

A complex of iron and cyanide ions is 100% ionised at 1m (mol). If its elevation in b.p is 2.8^(0) , ( K_(b)=0.52^(0) "mol"^(-1)Kg ), then the complex is :

A coordiante complex contains Co^3, Cl and NH_3 . When dissolved in water , one mole of this complex gave a total of 3 moles of ions . The complex is

A complex of iron and cyanide ions is 100% ionised at 1m (molal). If its elevation in b.p.is 2.08^@C . Then the complex is (K_b=0.52 K mol^-1 kg) :

A complex of iron and cyanide ions is 100% ionised ar 1 m (molal). If its elevation in b.p.is 2.08 then the complex is (K_(b)=0.52^(@)mol^(-1)kg) ,

A complex of iron and cyanide ions is 100% ionised ar 1 m (molal). If its elevation in b.p.is 2.08 then the complex is (K_(b)=0.52^(@)mol^(-1)kg) ,