Match List I with List II regarding isomerism in coordination compounds:

Note: The user prompt's Question 56 text had some mapping inconsistencies. Applying standard concepts:Linkage Isomerism: Occurs with ambidentate ligands like ${\text{NO}}_2^{-}$ and ${\text{ONO}}^{-}$. Thus, (A) and (D) are linkage isomers.Solvate Isomerism: Involves water as a ligand vs lattice water. (B) fits this.Coordination Isomerism: Involves exchange of ligands between cationic and anionic entities. (C) fits this.Ionization Isomerism: Exchange of counter ion and ligand (not explicitly distinct in the prompt's provided list but part of the theory).Based on the specific NEET 2024 paper provided in the text:(A)-(II), (B)-(III), (C)-(IV), (D)-(I) was the provided sequence in the prompt snippet, though standard theory maps (C) to Coordination and (B) to Solvate. Correct matching based on actual chemistry:Coordination: $[{\text{Co(NH}}_3{\text{)}}_6][{\text{Cr(CN)}}_6]$ Solvate: Hydrate isomers.Linkage: ${\text{NO}}_2$ vs $\text{ONO}$.