02:01

CHEM TECH

09:14

Properties and Reactivity of Haloalkane

24:05

Stereoselectivity in Radical Halogenation Reactions

29:22

Introduction to Radical Halogenation of Alkanes

04:56

Introduction to Chemical of Alkanes and Combustion Reaction

24:04

Potential Energy Diagams How to Understand and Draw Them

09:47

Kinetic vs Thermodynamic

14:03

Reaction Kinetics and Factors Affecting Reaction Rate

04:59

Reaction Equilibrium

31:17

Thermodynamic of Reaction

11:29

Carbanions And Factors Affecting Their Stability

10:51

Carbon Radicals and Factors Affecting Their Stability

12:59

Carbocations and Factors Affecting Their Stability

04:12

Intermediates in Organic Reactions

28:35

Basic Patterns of Electron Movement In Organic Reactions

17:58

Nucleophile and Electrophile

28:23

Conformation Analysis of Disubstituted Cyclohexanes

13:30

How To Calculate Destabilizing Energy of Substituted Cyclohexanes

12:27

Conformation Analysis of Monosubstituted Cyclohexanes

18:53

Conformation of Alkanes Using Newman Projection

10:20

Conformational Analysis of Simple Alkanes

14:45

Cyclohexane Ring Flip

12:35

How to Draw Chair Conformations

06:19

Introduction to Cycloalkanes

08:03

Introduction to Alkanes & Properties

13:50

How to Use pKa values to Determine Acidity

11:50

How to Predict Acid Base Reactions using ARIO

14:52

How to Predict Acid Base Reaction Using pKa Values

15:23

Why Electrons Are Important in Understanding Chemical Reactions

04:47

Lewis Acid and Lewis Base

10:03

Introduction to Acid Base Reaction

23:18

Easy Ways to Draw Resonance Structures By Pattern Recognition

17:07

Rules for Drawing Resonance Structures

10:55

How To Determine The Relative Importance of Resonance Structures

16:14

Understanding How Electrons Move in Resonance Structure

25:45

Recognizing Common Curve Arrows and Their Meaning in Organic Chemistry

16:47

ARIO: Four Factors Affecting Electron Stability - Part 1

09:59

ARIO: Four Factors Affecting Electron Stability - Part 2

26:34

Sp2 and Sp1 Hybridization

10:13

Sp3 Hybridization

14:17

Valence Bond Theory and Orbital Hybridization

19:45

Factors Affecting Bond Strength

08:32

Bonding Pattern of Different Groups in the Periodic Table

18:56

Formal Charges -- how to determine them and why they are important

20:36

How to visualize electron in organic molecules

14:48

Introduction to Organic Chemistry and the Electron Approach to Understanding It

16:28

Percent Composition Lab Lecture

16:55

Covalent Bond Model

12:30

Lewis Structure of Ionic Compound

10:38

Ionic Bond Model

13:29

Lewis Dot Symbols

07:05

Introduction to Chemical Bonding

13:40

Reactivity of Chemical Families

08:24

Periodic Trends - Atomic Radii and Ionization Energy

10:03

Valence Electron

42:40

Electron Configuration

37:42

Quantum Mechanical Model

17:50

Bohr Model

08:08

Introduction to Electromagnetic Radiation

06:17

A Comparison Between Bohr, Rutherford, and Quantum Mechanical Models