Introduction to Mastering Electron Dynamics in Chemistry

This course dives deep into the fundamental principles governing electron dynamics in chemical reactions and systems. Understand how electrons move, interact, and influence chemical bonds and reactions. Through detailed theoretical concepts and practical examples, students will gain a solid grasp of electron behavior which is crucial for both academic and industrial applications in chemistry.


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Last update: 04/2024
English

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Price USD 1.00

Course Overview

5 sections . 17 lessons .

Introduction to Electron Dynamics

Importance in Chemical Reactions 19:44
Fundamentals of Electron Motion 14:48
Overview of Electron Dynamics 14:20
Introduction to Electron Dynamics Quiz 20 min

Quantum Mechanics Fundamentals

Principles of Quantum Mechanics 59:23
Quantum Numbers and Electron Configurations 12:01
Orbitals and Electron Probability Distributions 11:19
Application of Quantum Mechanics in Chemistry 14:13
Quantum Mechanics Fundamentals Quiz 20 min

Electron Behavior in Atoms and Molecules

Role of Electrons in Chemical Stability 3:25
Electron Transfer Processes 11:31
Electron Arrangement in Atoms 10:19
Electron Behavior in Molecular Bonds 6:31
Electron Behavior in Atoms and Molecules 20 min

Theoretical Approaches to Electron Interaction

Electron Correlation and Exchange 26:41
Computational Models in Electron Dynamics 33:00
Methods of Studying Electron Interactions 8:44
Theoretical Approaches to Electron Interaction Quiz 20 min

Case Studies: Electron Dynamics in Modern Applications

Application in Renewable Energy 32:28
Electron Dynamics in Medicinal Chemistry 40:08
Technological Advances Using Electron Dynamics 0:11
Case Studies: Electron Dynamics in Modern Applications Quiz 20 min

Instructor

32 published courses

9 courses sold

Instructor ratings

4.25 (4 ratings)
Goal

Course Objectives

Understand the basic principles of electron dynamics in chemical systems.

Explore quantum mechanics and its application to electron behavior.

Analyze the role of electron movement in chemical bonding and reactions.

Apply theoretical models to predict electron interactions in various chemical environments.

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Prerequisites

point

Basic knowledge of chemistry and atomic structure.

point

Familiarity with principles of quantum mechanics.

point

Ability to perform basic mathematical calculations used in chemistry.

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