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CHEM B11: Introduction to General, Organic, and Biochemistry – Syllabus and Course Schedule Study Guide

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What is Chemistry?

1:58
00:38
00:36

The Scientific Method

01:59
01:38
00:46

Scientific Notation

02:50
01:41
01:53

SI Units (Simplified)

00:42
02:19

Metric Prefixes

03:33
03:59
01:16

Significant Figures (Simplified)

01:09
00:58
04:40

Significant Figures: Precision in Measurements

01:49
00:33

Significant Figures: In Calculations

05:18
01:42
03:11

Conversion Factors (Simplified)

03:45
02:12
01:56

Dimensional Analysis

06:11
4:48

Density

01:56
05:30

Classification of Matter

01:34
04:19
02:58

States of Matter

01:35
01:01
02:23

Physical & Chemical Changes

01:52
03:40
01:52

Chemical Properties

02:11
04:22

Physical Properties

02:54
01:41

Temperature (Simplified)

02:10
01:30
02:03

Nature of Energy

01:26
01:32
01:14

Heat Capacity

00:44
02:08
2:06

Heating and Cooling Curves

05:54
09:10
09:03

The Atom (Simplified)

02:53
01:44
02:52

Subatomic Particles (Simplified)

01:25
02:36
03:31

Periodic Table: Element Symbols

04:01
01:01

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

Isotopes

04:36
03:57

Atomic Mass (Conceptual)

01:13
02:49
02:06

Atomic Theory

05:22
01:48

Rutherford Gold Foil Experiment

01:40
01:53
04:22

Electromagnetic Spectrum (Simplified)

05:11
01:24
01:02

Bohr Model (Simplified)

03:29
01:54
00:41

Electron Arrangements

00:54
03:51

Valence Electrons of Elements (Simplified)

01:14
01:55

Lewis Dot Symbols (Simplified)

00:50
00:52
01:18

Periodic Trend: Metallic Character

01:08
00:56
00:38

Periodic Trend: Atomic Radius (Simplified)

01:07
01:06
02:02

Periodic Trend: Ionization Energy (Simplified)

00:40
01:25
02:13

Ions (Simplified)

00:53
01:59
02:22

Ions and the Octet Rule (Simplified)

01:30
00:35
02:50

Periodic Table: Main Group Element Charges

01:52
07:38
00:48

Periodic Table: Transition Metal Charges

01:34
02:22

Ionic Bonding

01:06
01:16
02:33

Naming Monoatomic Cations

00:56
01:24
03:28

Naming Monoatomic Anions

01:42
00:37

Polyatomic Ions

01:16
01:08
01:26

Naming Ionic Compounds

01:52
01:01
02:11

Writing Formula Units of Ionic Compounds

01:46
03:09
00:34

Covalent Bonds

01:04
01:13
00:46

Naming Binary Molecular Compounds

01:10
00:59
01:21

Bonding Preferences

03:16
00:56

Lewis Dot Structures: Neutral Compounds (Simplified)

02:49
00:37

Multiple Bonds (Simplified)

00:44
01:09

Lewis Dot Structures: Multiple Bonds

02:55
01:57

Lewis Dot Structures: Ions (Simplified)

03:11

Lewis Dot Structures: Exceptions (Simplified)

00:52
01:46
01:38

Valence Shell Electron Pair Repulsion Theory (Simplified)

00:45
01:40
01:04

Electron Geometry (Simplified)

00:45
01:50
02:25

Molecular Geometry (Simplified)

01:41
02:03
01:32

Bond Angles (Simplified)

01:24
02:14
01:24

Dipole Moment (Simplified)

01:07
01:51
01:25

Molecular Polarity (Simplified)

01:34
01:09

Intermolecular Forces (Simplified)

06:36
2:04
02:25

Calculating Molar Mass

01:10
03:12

Mole Concept

02:41
01:41
01:28

Chemical Reaction: Chemical Change

01:24
00:49
02:04

Balancing Chemical Equations (Simplified)

04:21
01:32

Types of Chemical Reactions

01:40
04:07

Calculate Oxidation Numbers

01:22
01:38
02:42

Redox Reactions

02:17
01:53
01:01

Stoichiometry

01:16
03:04
05:53

Endothermic & Exothermic Reactions

01:23
02:38
02:30

Rate of Reaction

02:16
01:49
00:21

Energy Diagrams

02:40
00:43
02:23

Solutions

01:16
02:38
00:42

Solubility Rules

00:28
01:32
02:30

Solubility and Intermolecular Forces

03:15
00:47
02:35

Electrolytes (Simplified)

00:57
01:07
00:34

Molecular Equations

05:07
02:24
01:13

Equivalents

00:43
00:31
01:11

Solubility: Temperature Effect

01:29
04:38

Intro to Henry's Law

00:33
02:14

Solutions: Mass Percent

01:29
01:45
03:14

Percent Concentrations

00:55
00:52
01:22

Molarity

01:46
01:13
00:53

Dilutions

02:36
00:58
01:03

Osmosis

01:18
04:29
02:17

Acid-Base Introduction

01:30
00:33
00:48

Naming Acids

02:15
02:49
02:21

Arrhenius Acid and Base

03:11

Bronsted Lowry Acid and Base

00:42
02:17
02:08

Acid and Base Strength

01:46
00:50
03:27

Chemical Equilibrium

03:42

Le Chatelier's Principle

02:50
03:00
07:32

The pH Scale

02:09
01:46
01:30

Auto-Ionization

02:22
01:24
01:58

pH of Strong Acids and Bases

02:39
01:18

Acid-Base Reactions

03:08
00:52

Complete Ionic Equations

02:16
04:41
00:47

Buffers

03:02
03:04
02:41

Strong Acid Strong Base Titrations (Simplified)

01:54
02:42
01:02

Introduction to Organic Chemistry

1:29
0:42
1:30

Structural Formula

1:09
1:03
2:08

Condensed Formula

1:23
0:50
1:53

Skeletal Formula

1:12
2:26

Functional Groups in Chemistry

1:10
2:14
1:32

Naming Alkanes

1:20
2:39

The Alkyl Groups

0:51
2:02
2:26

Naming Alkanes with Substituents

5:07
0:54

Naming Cyclic Alkanes

0:36
2:37

Naming Other Substituents

2:29
1:19
1:49

Spatial Orientation of Bonds

0:59
1:30

Intro to Hydrocarbons

4:29
0:57
0:51

Isomers

2:16
3:05
1:56

Naming Alkenes

2:47
3:26

Naming Alkynes

4:11
0:53

Intro to Addition Reactions

2:55
1:00

Hydrogenation Reaction

0:49
1:22

Hydration Reaction

1:45
1:18
1:25

Naming Benzene

1:28
1:07
2:47

Naming Alcohols

3:21
1:10
0:43

Naming Ethers

1:15
0:35
2:50

Naming Thiols

1:59
0:36

Properties of Alcohols

0:56
1:23
1:21

Naming Ketones

1:46
2:24
1:35

Naming Aldehydes

2:02
1:27
0:54

Alcohol Reactions: Dehydration Reactions

1:30
1:24
1:13

Intro to Redox Reactions

3:12
1:19

Alcohol Reactions: Oxidation Reactions

1:32
1:49

Reactions of Thiols

0:53
1:49

Tollens' and Benedict's Test

1:17
1:57
1:19

Reduction of Aldehydes and Ketones

1:57
2:38
1:52

Intro to Carbohydrates

0:57
1:48
1:30

Classification of Carbohydrates

1:29
2:37

Chirality

1:39
1:30
2:33

Fischer Projections

0:48
1:46
1:35

Enantiomers vs Diastereomers

1:01
3:33

D vs L Enantiomers

1:30
0:56
1:26

Intro to Haworth Projections

0:58
2:18

Cyclic Structures of Monosaccharides

2:31
2:49

Mutarotation

2:10
1:10

Reduction of Monosaccharides

1:16
1:12
0:55

Oxidation of Monosaccharides

1:03
1:03
1:47

Glycosidic Linkage

3:07
1:44
1:18

Disaccharides

0:50
3:39

Polysaccharides

1:24
05:37

Naming Carboxylic Acids

2:39
2:05
0:55

Carboxylic Acid Reactions

1:09
1:09

Naming Esters

3:08
0:59
3:30

Ester Reactions: Esterification

0:46
1:50

Ester Reactions: Acid-Catalyzed Hydrolysis

1:14
0:47

Ester Reactions: Saponification

1:25
0:41

Classifying Amines

1:26
0:54

Naming Amines

0:56
0:28
1:06

Naming Ammonium Salts

1:03
1:04
0:55

Functional Group Priorities

1:03
1:41
0:57

Amine Reactions

1:05
1:32

Naming Amides

2:03
0:59
0:35

Amide Formation

1:41
0:48

Amide Hydrolysis

1:07
0:51
1:12

Intro to Lipids

3:36
1:28
1:09

Fatty Acids

1:06
1:39
1:50

Physical Properties of Fatty Acids

2:09
1:54
1:02

Waxes

3:09
1:37

Triacylglycerols

1:16
3:54
1:52

Triacylglycerol Reactions: Hydrogenation

0:57
3:01

Triacylglycerol Reactions: Hydrolysis

1:48
3:09
2:17

Glycerophospholipids

2:05
1:56
1:09

Sphingomyelins

3:11
1:09
1:32

Steroids

1:34
1:48
3:52

Cell Membranes

0:50
1:00
2:34

Membrane Transport

0:53
3:01
1:21

Intro to Amino Acids

2:11
3:04

Amino Acid Three Letter Codes

2:18
1:07
0:41

Amino Acid One Letter Codes

3:14
3:24
0:55

Amino Acid Classifications

4:00
1:33
1:49

Peptides

1:18
3:07
1:24

Primary Protein Structure

2:18
1:11

Secondary Protein Structure

1:09
2:00
0:56

Tertiary Protein Structure

2:41
2:07
0:57

Quaternary Protein Structure

3:26
1:13

Summary of Protein Structure

1:47
2:56

Protein Denaturation

2:08
1:47
2:46

Intro to Enzymes

2:14
1:00

Enzyme Classification

1:06
0:39
1:26

Enzyme-Substrate Complex

2:32
1:36

Models of Enzyme Action

2:39
1:26

Factors Affecting Enzyme Activity

5:33
1:06
1:31

Enzyme Inhibition

2:04
1:19
3:26

Intro to Nucleic Acids

1:34
1:11
1:55

Nitrogenous Bases

1:57
1:23
1:45

Nucleoside and Nucleotide Formation

1:19
1:45
2:49

Naming Nucleosides and Nucleotides

2:19
3:04
1:53

Phosphodiester Bond Formation

1:58
2:19

Primary Structure of Nucleic Acids

0:56
1:43
1:41

Base Pairing

1:46
2:56
2:01

DNA Double Helix

3:27
1:49

Intro to DNA Replication

2:20
1:40
1:15

Types of RNA

1:44
2:23
2:43

Overview of Protein Synthesis

0:35
1:54

Transcription: mRNA Synthesis

6:37
1:31

The Genetic Code

02:29
03:25

Introduction to Translation

1:30
2:53
1:42

Intro to Metabolism

1:23
0:52
1:03

ATP and Energy

0:30
1:46
1:03

Intro to Coenzymes

1:07
2:23

Coenzymes in Metabolism

2:19
1:05
1:28

Energy Production In Biochemical Pathways

1:08
2:13

Intro to Citric Acid Cycle

1:32
1:11
1:40

The Citric Acid Cycle

1:21
1:28
2:42

Electron Transport Chain

1:14
3:10
1:43

Oxidative Phosphorylation

1:23
2:37
0:51

Aerobic Respiration Summary

0:51
2:46

Intro to Carbohydrate Metabolism

1:51
0:50
1:53

Intro to Glycolysis

1:07
1:44
0:53

Glycolysis

1:18
1:27
1:46

Glycolysis Summary

3:14
1:24
2:30

Pyruvate Oxidation

1:15
1:49
1:38

Anaerobic Respiration

2:20
2:22
2:09

Total Energy from Glucose

2:48
2:21
2:07

Intro to Lipid Digestion

1:34
2:54

Digestion of Lipids

1:41
2:48

Glycerol Metabolism

1:20
1:14
1:30

Intro to Fatty Acid Oxidation

1:22
1:46
1:45

Oxidation of Fatty Acids

1:29
1:29
1:25

Total Energy from Fatty Acids

3:08
4:19

Ketone Bodies

1:41
0:56
1:52

Summary of Lipid Metabolism

1:44
5:50

Digestion of Proteins

1:17
2:01

Intro to Amino Acid Catabolism

1:14
2:06

Amino Acid Catabolism: Amino Group

1:32
2:21
2:21

Amino Acid Catabolism: Carbon Atoms

5:04
1:20
5:36

Intro to Urea Cycle

0:59
1:31
0:54

The Urea Cycle

0:39
2:43
4:09

Review of Metabolism

7:15
1:33