صفحة عضو هيئة التدريس

Introduction to transition elements - History of Coordination Chemistry -Metal-Ligand Bond & ligands – coordination numbers –Naming of coordination compounds (IUPAC) -Theories of Computation of Coordinated compounds- Effect atomic number role - Isomerism. -The valence bond theory-The crystal field theory -Ligand field theory -Color & magnetic Properties of d-Block Compounds.

Practical Part :

Experiments related to the topics discussed in the course, such as the preparation of some synthetic compounds and the study of their physical and chemical properties.

Thermodynamics describes the laws of thermodynamics related to energy, their forms, transformations and their applications in the chemical reactions and ideal and non-ideal chemical systems.

Introduction to transition elements - History of Coordination Chemistry -Metal-Ligand Bond & ligands – coordination numbers –Naming of coordination compounds (IUPAC) -Theories of Computation of Coordinated compounds- Effect atomic number role - Isomerism. -The valence bond theory-The crystal field theory -Ligand field theory -Color & magnetic Properties of d-Block Compounds.

Practical Part :

Experiments related to the topics discussed in the course, such as the preparation of some synthetic compounds and the study of their physical and chemical properties.

Introduction to transition elements - History of Coordination Chemistry -Metal-Ligand Bond & ligands – coordination numbers –Naming of coordination compounds (IUPAC) -Theories of Computation of Coordinated compounds- Effect atomic number role - Isomerism. -The valence bond theory-The crystal field theory -Ligand field theory -Color & magnetic Properties of d-Block Compounds.

Practical Part :

Experiments related to the topics discussed in the course, such as the preparation of some synthetic compounds and the study of their physical and chemical properties.

Introduction to transition elements - History of Coordination Chemistry -Metal-Ligand Bond & ligands – coordination numbers –Naming of coordination compounds (IUPAC) -Theories of Computation of Coordinated compounds- Effect atomic number role - Isomerism. -The valence bond theory-The crystal field theory -Ligand field theory -Color & magnetic Properties of d-Block Compounds.

Practical Part :

Experiments related to the topics discussed in the course, such as the preparation of some synthetic compounds and the study of their physical and chemical properties.

Introduction to transition elements - History of Coordination Chemistry -Metal-Ligand Bond & ligands – coordination numbers –Naming of coordination compounds (IUPAC) -Theories of Computation of Coordinated compounds- Effect atomic number role - Isomerism. -The valence bond theory-The crystal field theory -Ligand field theory -Color & magnetic Properties of d-Block Compounds.

Practical Part :

Experiments related to the topics discussed in the course, such as the preparation of some synthetic compounds and the study of their physical and chemical properties.

Introduction to transition elements - History of Coordination Chemistry -Metal-Ligand Bond & ligands – coordination numbers –Naming of coordination compounds (IUPAC) -Theories of Computation of Coordinated compounds- Effect atomic number role - Isomerism. -The valence bond theory-The crystal field theory -Ligand field theory -Color & magnetic Properties of d-Block Compounds.

Practical Part :

Experiments related to the topics discussed in the course, such as the preparation of some synthetic compounds and the study of their physical and chemical properties.

Thermodynamics describes the laws of thermodynamics related to energy, their forms, transformations and their applications in the chemical reactions and ideal and non-ideal chemical systems.