Organic Chemistry - Covalent Bonding And Shapes Of Molecules

Learn Organic Chemistry Basics with Solved Exercises
What you'll learn
Organic Chemistry
Covalent Bonding and Shapes of Molecules
Bond Angles
The Atom and Electronic Configuration
Lewis Structure and Chemical Bonds
Lewis Structures for Molecules and Polyatomic Ions
Assign Formal Charges
Quantum or wave mechanics
Molecular Orbital Theory
Valence Orbital Theory
Hybridization
Resonance Concept
Curved Arrows and Push Electrons
Functional Groups
Requirements
Chemistry Basics
Description
Enroll Now in Organic Chemistry Course "Covalent Bonding and Shapes of Molecules" and learn the basic of organic chemistry. Learn the different types of bonds that can form between atoms and how to draw the compounds using various models. The course teaches you the reasons behind the formation of the chemical bonds. In addition, the course covers the key features in chemical bonding and how to predict the shapes of molecules, the various structures of molecules, and the angles between atoms.This Organic Chemistry course teaches you the fundamentals of bond formation in organic chemistry. If you want to study organic chemistry, then this course is the right course for you to learn the fundamentals of Organic Chemistry Bonds and Shape of Molecules.The Organic Chemistry Course – Covalent Bonding and Shape of Molecules starts first with the basic components of atoms, and how to draw the electronic structure of atoms.You will learn about the electrons that get involved in a chemical reaction and how to represent them using the Lewis model. The course then moves to explain the formal charges and how to quickly figure them out. You will learn how to draw the Lewis structure from the condensed or structural formulas.The course then gives you detailed information about the different types of bonds and how to decide which type of bond should form between atoms.The second part of the course introduces you to the basic concepts in quantum mechanics, and various theories used to describe covalent bonding; the valence bond and molecular orbital theories and how to combine them. You will learn the concept of resonance, and to use the curved arrows to draw the contributing resonance structures, and how to use the molecular orbital theory to describe the delocalized systems.Then you will move to learn the different types of organic functional groups, and the relation between the bond lengths and bond strengths of alkanes, alkenes, and alkynes.This course is of great benefit to chemists and biochemists who are starting their organic chemistry study. Enroll now, and find-out the principles of bonding in organic chemistry, and understand how organic compounds form.
Overview
Section 1: The atom and Electronic configuration
Lecture 1 Introduction and welcome message
Lecture 2 The atom and electronic configuration
Lecture 3 Lewis structure and chemical bonds
Section 2: Bond angles and molecular shapes
Lecture 4 Lewis Structures For Molecules and Polyatomic Ions
Lecture 5 Bond Angles and Shapes of Molecules
Section 3: Quantum Mechanics and hybridization
Lecture 6 Quantum or Wave Mechanics
Lecture 7 Hybridization
Section 4: Resonance concept, curved arrows and push electrons
Lecture 8 Resonance Concept
Lecture 9 Curved arrows and push electrons
Lecture 10 Resonance Concept Revisited
Section 5: Functional groups and conclusion
Lecture 11 Functional groups
Lecture 12 Conclusion
Chemistry students,Life science students,Earth Science Students,Chemical engineering students,Pharmaceutical school students,Pre-medical students,Pre-dental students,CHM 231 students,Engineering students,Organic chemistry students,Chemistry 101,Beginner Chemistry students curious about chemistry,Beginner chemist,Beginner Biochemist,chemistry,science



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