This course aims to:1) Study and understand the kinetics, methods, and mechanics through which the reactions of inorganic compounds take place.2) Using the knowledge obtained from this course in the use of general logic as well as laws and theories to reach the paths and mechanics of reactions and predict the properties of materials.3) Learn the mathematical derivations that lead to deriving the reaction rate law and determining the reaction mechanism.4) Identify the theoretical background of the used laboratory methods, tools and devices. Track the course of a reaction to obtain numerical information that is mathematically analyzed and to determine the reaction law.
Intended learning outcomes
a. Knowledge & understandingA.1 Determine and derive the reaction rate law for inorganic reactions.A.2 Scientific methods for deriving the reaction rate law (spectral and non-spectral).A.3 The mechanics of the reactions of the substitution of the continuums of coordination compounds (square, octahedral, and tetrahedral complexes...), as well as the mechanics of oxidation and reduction reactions.A.4 Modulating activity-related interactions that are symmetrically linked in a complex and modulating activity (mechanism of interaction).B. Mental skillsB.1 Increasing understanding about the kinetic information of chemical reactions that was studied at the undergraduate level and developing it to enable them to deal with more complex and diverse reactions.B.2 Obtaining new ideas about the use of scientific methods and techniques that enable tracking of very fast instantaneous interactions.B.3 Using the digital information obtained from spectral applications to track the progress of the system and to reach laws that are consistent with the actual mechanics of the interactions of the complexes,B.4 Training on methods of collecting information, writing reports, participating in panel discussions, and enriching them with information obtained from recent research.c. Practical & professional skillsC.1 The scientific background obtained in the course helps in participating in many research activities in various scientific institutions.C.2 Acquiring a new skill in dealing with scientific experiments and analyzing their results using scientific logic.C.3 The ability to draw realistic conclusions that can be used in understanding many natural phenomena.C.4 Using the computer to search and obtain information and references.Dr. Generic and transferable skillsD.1 Examination and research in specialized references and periodicals, learning and understanding the techniques used in scientific and electronic libraries.D.2 Preparing and printing reports after coordinating them, and understanding and operating the computer programs designed for that.D.3 The ability to collect, classify, present and discuss information in panel discussions and scientific conferences.D.4 Gain moral courage by participating in panel discussions.
Teaching and learning methods
• Lectures.• Problem solving duties.• A quarterly report on the subject of inorganic interactions mechanics.• Discuss the report.
Methods of assessments
First written exam 25%Second written exam 25%final exam 50%
