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General Chemistry Study Guide: Step-by-Step Guidance for Key Questions

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Study Guide - Learn with Videos

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Mole Concept

02:41
01:41
01:28

Atomic Theory

05:22
01:48

Isotopes

04:36
03:57

Subatomic Particles

05:19
03:31

Periodic Table: Classifications

01:12
02:40
03:37

Periodic Table: Group Names

05:33
01:17

Periodic Table: Representative Elements & Transition Metals

01:23
03:30

Periodic Table: Charges

01:52
07:38
00:48

Calculating Molar Mass

02:11
03:12

Chemical Bonds

01:04
02:03
01:18

Periodic Trend: Electronegativity

02:10
00:35

Periodic Trend: Ionization Energy

01:08
01:32
01:19

Lewis Dot Symbols

03:17
00:50
01:26

Naming Ionic Compounds

01:52
01:01
02:11

Naming Molecular Compounds

02:06
01:21

Balancing Chemical Equations

01:32
03:50

Stoichiometry

3:54
01:16
03:04

Limiting Reagent

4:53
01:30
01:34

Percent Yield

03:09
04:43

Mass Percent

1:22
00:38

Significant Figures

01:09
04:40

Scientific Notation

02:50
01:41
01:53

SI Units

02:13
03:47

Metric Prefixes

03:33
03:59
01:16

Conversion Factors

03:45
02:12
01:56

Dimensional Analysis

06:11
4:48

Density

01:56
05:30

Physical & Chemical Changes

01:52
03:42
01:52

Physical Properties

02:54
01:41

Chemical Properties

01:34
03:31

Temperature

03:48
02:10
02:03

The Ideal Gas Law

02:58
01:15
01:56

Gas Stoichiometry

02:05
00:47
03:51

Kinetic Molecular Theory

02:13
01:19
03:23

First Law of Thermodynamics

02:50
01:18
01:17

Endothermic & Exothermic Reactions

1:48
02:38
02:30

Heat Capacity

00:44
02:08
2:06

Thermochemical Equations

01:13
01:57
02:24

Hess's Law

02:03
03:11
01:39

Atomic Mass

5:41
02:06
00:40

The Atom

02:53
02:10
02:52

Ions

06:17
02:22
01:36

Redox Reactions

02:17
01:53
01:01

Calculate Oxidation Numbers

01:22
01:38
02:42

Intro to Acid-Base Titration Curves

01:35
01:35
03:06

Acids Introduction

02:29
02:59
01:23

Bases Introduction

01:12
01:57
01:16

pH of Strong Acids and Bases

01:18
02:39

pH of Weak Acids

01:15
04:52
06:25

pH of Weak Bases

01:00
06:12
00:51

Ka and Kb

01:31
03:50
03:01

The pH Scale

02:15
00:48
00:58

Auto-Ionization

02:22
01:58
01:24

Molarity

01:46
01:13
00:53

Dilutions

02:36
00:58
01:03

Solubility Rules

00:28
01:32
02:30

Electrolytes

00:55
00:42
02:50

Solutions: Solubility and Intermolecular Forces

01:52
02:42
01:44

Molecular Formula

6:53
02:08

Empirical Formula

5:39
02:26

Law of Conservation of Mass

01:20
01:48

Law of Definite Proportions

1:59
2:23
02:48

Law of Multiple Proportions

03:32

Intro to Buffers

02:41
00:45
03:04

Henderson-Hasselbalch Equation

02:47
01:22
02:40

Naming Acids

02:15
02:49
02:21

Naming Ionic Hydrates

02:04
02:07

Naming Ionic Compounds

01:52
01:01
02:11

Naming Molecular Compounds

02:06
01:21

Intro to Chemical Kinetics

03:06
01:34

Reaction Mechanism

01:02
02:14
01:31

Rate Law

01:07
00:45
07:33

Arrhenius Equation

01:20
01:58
02:36

Collision Theory

02:22
02:08
01:29

Average Rate of Reaction

02:03
02:42
01:34

Integrated Rate Law

01:59
02:06
02:29

Half-Life

01:18
02:17
01:19

Intro to Chemical Equilibrium

01:18
04:20

Equilibrium Constant K

01:14
03:20
01:07

Le Chatelier's Principle

04:04
07:32
02:50

ICE Charts

08:03
00:39
01:14

Reaction Quotient

00:49
03:26
02:18

Spontaneous vs Nonspontaneous Reactions

03:05
04:20

Entropy

00:48
02:35
01:17

Gibbs Free Energy

03:38
01:23
02:42

Gibbs Free Energy Calculations

00:44
00:32
01:29

Gibbs Free Energy And Equilibrium

01:13
01:19
01:03

Standard Reduction Potentials

03:13
01:51
01:10

Intro to Electrochemical Cells

01:01
02:32
02:46

Galvanic Cell

03:55
03:04
02:22

Electrolytic Cell

00:45
01:21
01:24

Cell Potential: Standard

01:27
01:46
01:34

Cell Potential: The Nernst Equation

01:01
04:38
01:17

Cell Potential and Gibbs Free Energy

02:11
03:18
01:40

Cell Potential and Equilibrium

02:38
02:17

Cell Potential: G and K

02:43
02:57

Cell Notation

06:23
01:49

Electroplating

02:26
01:16
01:16

Intro to Radioactivity

00:45
01:44
01:08

Alpha Decay

03:53
02:48
01:22

Beta Decay

01:21
03:01
01:02

Gamma Emission

02:16
01:35
01:21

Electron Capture & Positron Emission

01:53
01:26
03:29

Neutron to Proton Ratio

02:14
01:38
01:40

Band of Stability: Alpha Decay & Nuclear Fission

01:46
03:29
01:16

Band of Stability: Beta Decay

01:11
01:13

Band of Stability: Electron Capture & Positron Emission

00:48
02:04

Band of Stability: Overview

02:10
02:32
03:13

Measuring Radioactivity

02:52
00:33

Rate of Radioactive Decay

02:25
03:00

Radioactive Half-Life

04:26
01:30
00:55

Mass Defect

01:35
00:55
03:08

Nuclear Binding Energy

02:06
03:50

Introduction to Organic Chemistry

01:29
01:30
00:42

Functional Groups in Chemistry

01:10
01:00
02:23

Naming Alkanes

02:39
01:20

Naming Alkenes

03:26
02:47

Naming Alkynes

04:11
00:53

Naming Alcohols

01:10
03:21

Naming Ketones

00:39
02:24

Naming Aldehydes

02:13
00:54

Naming Carboxylic Acids

00:55
02:26

Naming Esters

00:59
03:34

Naming Ethers

00:34
01:15

Naming Amines

01:06
00:28

Naming Benzene

00:48
02:16
01:08

Alkane Reactions

02:25
02:15

Halogenation Reactions

00:47
01:11

Hydrogenation Reactions

00:49
01:22

Hydrohalogenation Reactions

01:37
01:07
00:36

Alcohol Reactions: Substitution Reactions

00:41
01:08

Alcohol Reactions: Dehydration Reactions

01:12
01:13
01:30

Alcohol Reactions: Oxidation Reactions

01:49
01:32

Aldehydes and Ketones Reactions

00:50
01:50

Ester Reactions: Esterification

00:46
01:50

Ester Reactions: Saponification

00:41
01:25

Carboxylic Acid Reactions

01:09
01:09

Amine Reactions

01:05
01:32

Amide Formation

00:48
01:41

Benzene Reactions

00:46
00:35
01:22