صفحة عضو هيئة التدريس

Catalysis: Definition, Types, characterizations, activation energy and catalytic reaction, catalysis theories, autocatalysis, enzyme catalysis, activation energy and catalysis inhibition, promoters, poisoning, applications.

Adsorption:  Definition, types, adsorption of gases and solution on the solid surface, adsorption isotherms, adsorption applications.

Surface tension, determination of the surface tension, Adsorption at interfacial solution and Gibbs equation, surfactants.

Colloids: Definition, Types, properties of colloids, preparation methods, purification of colloids and the stability of the colloidal solution.

Kinetic chemistry describes the rate law of the different orders of chemical reactions, constant rate of reaction, half-life of the reaction for each case, determination of the reaction arrangement, Arrhenius equation, activation energy, reaction rate theories and complex reaction

Kinetic chemistry describes the rate law of the different orders of chemical reactions, constant rate of reaction, half-life of the reaction for each case, determination of the reaction arrangement, Arrhenius equation, activation energy, reaction rate theories and complex reaction

Catalysis: Definition, Types, characterizations, activation energy and catalytic reaction, catalysis theories, autocatalysis, enzyme catalysis, activation energy and catalysis inhibition, promoters, poisoning, applications.

Adsorption:  Definition, types, adsorption of gases and solution on the solid surface, adsorption isotherms, adsorption applications.

Surface tension, determination of the surface tension, Adsorption at interfacial solution and Gibbs equation, surfactants.

Colloids: Definition, Types, properties of colloids, preparation methods, purification of colloids and the stability of the colloidal solution.

Kinetic chemistry describes the rate law of the different orders of chemical reactions, constant rate of reaction, half-life of the reaction for each case, determination of the reaction arrangement, Arrhenius equation, activation energy, reaction rate theories and complex reaction

Kinetic chemistry describes the rate law of the different orders of chemical reactions, constant rate of reaction, half-life of the reaction for each case, determination of the reaction arrangement, Arrhenius equation, activation energy, reaction rate theories and complex reaction

Theoretical Part: Molecular notation and the shapes of molecules, theories of bonding, and study of elements of main groups.

Practical Part: Experiments related to the topics discussed in the course, such as detection of acidic and basic radical in simple salts

Kinetic chemistry describes the rate law of the different orders of chemical reactions, constant rate of reaction, half-life of the reaction for each case, determination of the reaction arrangement, Arrhenius equation, activation energy, reaction rate theories and complex reaction

Kinetic chemistry describes the rate law of the different orders of chemical reactions, constant rate of reaction, half-life of the reaction for each case, determination of the reaction arrangement, Arrhenius equation, activation energy, reaction rate theories and complex reaction

Theoretical Part: Molecular notation and the shapes of molecules, theories of bonding, and study of elements of main groups.

Practical Part: Experiments related to the topics discussed in the course, such as detection of acidic and basic radical in simple salts

Kinetic chemistry describes the rate law of the different orders of chemical reactions, constant rate of reaction, half-life of the reaction for each case, determination of the reaction arrangement, Arrhenius equation, activation energy, reaction rate theories and complex reaction

Kinetic chemistry describes the rate law of the different orders of chemical reactions, constant rate of reaction, half-life of the reaction for each case, determination of the reaction arrangement, Arrhenius equation, activation energy, reaction rate theories and complex reaction