Complex #of Coordination Oxidation ligands number...

Complex #of Coordination Oxidation ligands number number Complex geometry Structure [AuBr?(H?O)]? 4 4 +1 Tetrahedral [Ag(NH?)?]? 2 2 +1 Linear [Ni(CN)?]²? 4 4 +2 Square Planner [PdCl(NH?)?]Cl NH?[Co(NCS)?(py)?] 6 6 +3 octahedral [RhBr(CO)?(NO?)?] K?[Fe(CN)?] [HgI?]²? [Cu(NH?)?]Cl?

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Texts: I need help with the blank ones. Also, if you can verify the ones I completed, that would be great. For each of the following metal complexes, specify the number of ligands, the coordination number of the metal, the oxidation number of the metal, the geometry of the complex, and draw the structure. Build models of each complex. Transition metal complexes with four ligands usually form tetrahedral structures unless the metal has a d8 configuration, in which case it usually has a square planar structure. I need help with the blank ones. Also, if you can verify the ones I completed, that would be great. Complex 30# Coordination Oxidation ligands number number Complex geometry Structure OME [AuBr(H2O)4] 4 4 +1 Tetrahedral Au H2O [Ag(NH3)2] 2 2 +1 Linear HNAg-NMJ Square Planar [Ni(CN)4] 4 4 +2 Ni CN {PdCl(NH3)2}Cl NH3[Co(NCS)5]py 6 +3 Octahedral [RhBr(CO)(NO)] K[Fe(CN)6] [HgCl2] [Cu(NH3)2]Cl

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Complex #of Coordination Oxidation ligands number number Complex geometry Structure [AuBr?(H?O)]? 4 4 +1 Tetrahedral [Ag(NH?)?]? 2 2 +1 Linear [Ni(CN)?]²? 4 4 +2 Square Planner [PdCl(NH?)?]Cl NH?[Co(NCS)?(py)?] 6 6 +3 octahedral [RhBr(CO)?(NO?)?] K?[Fe(CN)?] [HgI?]²? [Cu(NH?)?]Cl?

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