13:23
Intermolecular forces, boiling point, melting point, viscosity and vapor pressure - Real Chemistry
13:42
Dissociation and solute concentration - Real Chemistry
09:25
Finding concentration with integrated rate laws - Real Chemistry
10:32
Calculating Average Rate - Real Chemistry
10:05
Freezing point depression as a colligative property - Real Chemistry
12:52
Vapor pressure and boiling point as Colligative properties - Real Chemistry
09:13
Intermolecular forces, surface tension, adhesion and cohesion - Real Chemistry
10:19
Batteries and Voltaic Cells - Real Chemistry
09:25
The electromotive force (emf) - Real Chemistry
11:02
The strength of acids and conjugate bases - Real Chemistry
10:25
The properties of solids - Real Chemistry
07:17
Introduction to the laws of thermodynamics - Real Chemistry
11:19
Determining the pH of a weak acid and base - Real Chemistry
07:41
Predicting buffer reactions - Real Chemistry
12:15
What is a buffer? - Real Chemistry
11:43
Metabolism: The Big Picture - Real Chemistry
11:23
Understanding the citric acid cycle - Real Chemistry
07:13
How to draw polypeptides - Real Chemistry
06:58
Side chain interactions and amino acids - Real Chemistry
05:22
Identifying amino acid side chains as polar, non-polar or charged - Real Chemistry
07:38
What are amino acids? - Real chemistry
07:12
Aldoses and Ketoses - Real Chemistry
04:56
Base hydrolysis of esters - Real Chemistry
08:21
Predicting the products of a dehydration reaction - Real Chemistry
07:15
How to name esters - Real Chemistry
04:02
The acid hydrolysis of esters - Real Chemistry
07:03
Neutralizing carboxylic acids - Real Chemistry
04:51
Predicting the product of an esterification reaction - Real Chemistry
10:00
Writing Q and Kp with partial pressures - Real Chemistry
07:17
Oxidizing alcohols - practice problems - Real Chemistry
07:02
Oxidation of alcohols - Real Chemistry
05:38
How to identify primary, secondary and tertiary alcohols - Real Chemistry
06:07
How to tell if organic molecules are polar - Polar molecules part 4 - Real Chemistry
01:05
Quick way to memorize ortho meta and para positions - Real Chemistry
08:07
Naming Aniline, Phenol and Toluene - Real Chemistry
10:25
How to name benzene rings - Real Chemistry
08:55
Adding H2O to an alkene - Real Chemistry
06:55
How to identify cis and trans isomers - Real Chemistry
05:01
Adding H2 to an alkene - Real Chemistry
08:43
The Melting Point and Boiling Point of Alkanes - Real Chemistry
10:24
How to name compounds with double and triple bonds - Real Chemistry
09:20
Naming cylcoalkanes, cycloakenes and cycloakynes - Real Chemistry
12:14
What are line-angle structures? - Real Chemistry
11:46
What are alkanes and cylolakanes?
11:52
How to name alkanes with substituents - Real Chemistry
03:43
Finding the charge of a cation in an ionic compound - Real Chemistry
06:43
How to write neutral ionic compounds - Real Chemistry
06:44
What are half-lives? - Real Chemistry
07:48
Counting Valence Electrons - Real Chemistry
10:57
Lewis Structures Part 3 - Octet Exceptions
12:44
Lewis Structures Part 2: Simple Lewis Structures
08:54
Lewis Structures part 1: The Rules - Real Chemistry
08:24
How to tell if a bond is polar - Polar Molecules part 1 - Real Chemistry
09:39
How to find electron and molecular geometry - Real Chemistry
07:25
How to tell if a molecule is symmetrical - Polar Molecules Part 2 - Real Chemistry
09:01
Periodic Trends: Atomic Size and Ionization Energy - Real Chemistry
05:21
How to calculate calories from macros - Real Chemistry
08:53
Energy and Energy Unit Conversions - Real Chemistry
08:11
Classifying Matter - Practice Problems - Real Chemistry
06:57
How to Classify Matter - Real Chemistry
X
About
Welcome to Real Chemistry! At Real Chemistry you will find tons of videos that guide you through solving chemistry problems step by step. New videos are being posted every week during the school year. Subscribe to receive updates when a new video is added.
Real Chemistry was created by Dr. Morris to help his students in general and physical chemistry courses at Georgia Gwinnett College. He holds a PhD in physical chemistry from The University of Texas at Austin.
Tags