Match each coordination compound in List I with an appropriate pair of characteristics from List II and select the correct answer using the code given below the lists.
{en = H2NCH2CH2NH2; atomic numbers : Ti = 22, Cr = 24; Co = 27; Pt = 78}
| List I | List II | ||
|---|---|---|---|
| P. | $$[Cr{(N{H_3})_3}C{l_2}]Cl$$ |
1. | Paramagnetic and exhibits ionisation isomerism. |
| Q. | $$[Ti{({H_2}O)_5}Cl]{(N{O_3})_2}$$ |
2. | Diamagnetic and exhibits cis-trans isomerism. |
| R. | $$[Pt(en)(N{H_3})Cl]N{O_3}$$ |
3. | Paramagnetic and exhibits cis-trans isomerism. |
| S. | $$[Co{(N{H_3})_4}{(N{O_3})_2}]N{O_3}$$ |
4. | Diamagnetic and exhibits ionisation isomerism. |
Consider the following complex ions : P, Q and R.
$$P = {[Fe{F_6}]^{3 - }}$$, $$Q = {[V{({H_2}O)_6}]^{2 + }}$$ and $$R = {[Fe{({H_2}O)_6}]^{2 + }}$$
The correct order of the complex ions, according to their spin-only magnetic moment values (in B.M.) is
$$NiC{l_2}{\{ P{({C_2}{H_5})_2}({C_6}{H_5})\} _2}$$ exhibits temperature-dependent magnetic behaviour (paramagnetic/diamagnetic). The coordination geometries of Ni2+ in the paramagnetic and diamagnetic states are, respectively,
As per IUPAC nomenclature, the name of the complex $$[Co{({H_2}O)_4}{(N{H_3})_2}]C{l_3}$$ is