Chap 11 Coordination Compound Structures X 11.1 Configurations and Magnetism of Coordination Compounds X $11.2 Chemical Bonding Theory in Complexes
Chap 11 Coordination Compound Structures §11.2 Chemical Bonding Theory in Complexes §11.1 Configurations and Magnetism of Coordination Compounds
11.1 Configurations and Magnetism of Coordination Compounds 11.1.1 Configurations of Coordination Compounds 1.configurations 2.isomers 11.1.2 Magnetism of Coordination Compounds
11.1 Configurations and Magnetism of Coordination Compounds 11.1.1 Configurations of Coordination Compounds 1. configurations 2. isomers 11.1.2 Magnetism of Coordination Compounds
11.1.1 Configurations of coordination compounds 1.Geometric arrangements of atoms in a coordination compound are related to coordination number and ligand type 00 00-0 88 dodecahedral 正十二面体形 linear tetrahedral Square planer octahedral (8 vertex顶点) NH3 2+ 2+ AgNH3)克 H3N- NH3 H-N NH3 NH3 o
11.1.1 Configurations of coordination compounds 1. Geometric arrangements of atoms in a coordination compound are related to coordination number and ligand type linear Square planer tetrahedral octahedral dodecahedral 正十二面体形 (8 vertex 顶点 ) + 23 )Ag(NH
octahedron 八面体形 CoEDTA- Fe(CN) 0 0 HO-C-H2C CH,-C-OH HO-C-H2C N.CH.-CIN CH2-C-OH 0 0
O HO-C-H2C O HO-C-H2C N-CH2-CH2-N O CH2-C-OH O CH2-C-OH 乙二胺四乙酸 octahedron 八面体形 3− Fe(CN)6
Hgl, 不N SbCI Square pyramidal Triangular 四方锥形 平面三角形 Triangle bipyramidal 三角双锥形 Fe(CO)s
Triangular 平面三角形 Square pyramidal 四方锥形 Triangle bipyramidal 三角双锥形 − HgI3 2− SbCl5 Fe(CO)5