Videos
1.1.0 Introduction
00:01:15
1.1.1 Exponents
00:04:43
1.1.2 Multiplication With Exponents
00:02:14
1.1.3 Division With Exponents
00:01:56
1.1.4 Integral Powers of 10
00:02:33
1.1.5 Exponents of 0
00:01:33
1.1.6 Factor Transfer
00:01:09
1.1.7 Fractional Exponent
00:00:53
1.1.8 Exponents and Parenthesis
00:01:12
1.1.9 Extracting Square Root of Power of 10
00:04:56
1.1.10 Multiplication & Div of Numbers Expressed as Power of 10
00:07:41
1.2.1 Significant Figures "The Rules"
00:07:34
1.2.2 Exact Numbers
00:02:01
1.2.3 Rounding Off
00:02:39
1.2.4 Addition & Subtraction
00:07:25
1.2.5 Multiplication & Division
00:05:27
1.3.0 Systems of Measurement & SI Units
00:02:52
1.3.1 Systems of Measurement cont
00:05:35
1.3.2 Problems: Units Based on Mass or Length
00:16:53
1.3.3 Problems Compound Units
00:43:32
1.4.0 Temperature
00:02:43
1.4.1 Problems Temperature
00:08:22
1.5.0 Dimensional Analysis
00:04:37
2.1.1 Atomic Theory & The Periodic Table
00:08:31
2.2.1 The Nucleus & Atomic Mass
00:04:15
2.3.1 Molar Mass & Avogadro's Number
00:08:42
2.4.1 Ions & Ionic Compound Naming
00:04:01
2.4.2 Writing Ionic Compound Formulas
00:07:57
2.4.3 Redox Reactions & Oxidation Numbers
00:04:52
2.4.4 Transition Metals in Ionic Compounds
00:09:04
2.4.5 Polyatomic Ions & Naming
00:09:56
2.4.6 Binary Acids
00:02:29
2.4.7 Oxyacids
00:05:20
2.5.1 Covalent Bonds & Covalent Compound Naming
00:07:51
2.6.1 Molecules vs. Compounds
00:05:23
2.7.1 Chemical Formulas & Molecular Mass
00:02:10
2.8.1 Problems-The Periodic Table, Isotopes, and Ions
00:21:52
2.8.3 Problems-Atomic Mass & Molar Mass
00:11:26
2.8.4 Problems-Covalent Bonds, Ionic Bonds, and Acids
00:33:34
2.8.5 Problems-Mass, Moles, Atoms, and Molecules
00:34:39
3.1.1 Empirical Formulas
00:10:00
3.2.1 Solving For Molecular Formulas
00:02:36
3.3.1 Percent Composition
00:04:14
3.4.1 Problems-Empirical Formulas, Molecular Formulas, and Percent Composition Part 1
00:46:37
3.4.2 Problems-Empirical Formulas, Molecular Formulas, and Percent Composition Part 2
00:16:13
4.1.1 Writing & Balancing Chemical Reactions
00:09:58
4.1.2 Balancing Chemical Reactions Cont.
00:05:48
4.2.1 Chemical Reaction Patterns
00:03:49
4.3.1 Limiting Reactants
00:02:02
4.4.1 Problems-Reaction Patterns, Balancing Chemical Equations, and Limiting Reactants
00:47:09
4.4.2 Problems-Reaction Patterns, Balancing Chemical Equations, and Limiting Reactants-Part 2
00:26:02
5.1.1 Gases- Volume, Density, and Pressure
00:06:39
5.1.2 Atmospheric Pressure & STP
00:02:34
5.2.1 The Kinetic Molecular Theory
00:04:01
5.3.1 Ideal Gases
00:02:30
5.4.1 Boyle's Law
00:02:18
5.5.1 Charles's Law
00:02:35
5.6.1 Gay-Lussac's Law
00:01:25
5.7.1 The Combined Gas Law
00:02:54
5.8.1 Avogadro's Law & Standard Molar Volume
00:02:19
5.8.2 Gas Volume Interpretations From Equations
00:02:22
5.9.1 Dalton's Law Partial Pressures & Mole Fractions
00:02:32
5.9.2 Collecting Gases Over Liquids
00:03:02
5.10.1 The Ideal Gas Law
00:01:16
5.11.1 Gas Stoichiometry
00:09:46
5.12.2 Problems-Gas Laws
00:32:59
5.12.3 Problems-Gas Density, Ideal Gas Law, and Ideal Standard Gas Density Part 1...
00:45:45
5.12.4 Problems-Gas Density, Ideal Gas Law, and Ideal Standard Gas Density Part 2...
00:29:41
5.12.5 Problems-Partial Pressures...
00:21:40
5.12.6 Problems-Gases Over Liquids, Kinetic Molecular Theory, and Reactions with Gases-Part 1
00:49:06
5.12.7 Problems-Gases Over Liquids, Kinetic Molecular Theory, and Reactions with Gases-Part 2
00:40:46
6.1.1 Heat Energy & Common Units
00:03:00
6.2.1 Heat Flow & Heat Capacity
00:03:16
6.2.2 Heat Capacity vs. Specific Heat Capacity
00:03:22
6.2.3 Measuring Heat Transfer- Calorimetry
00:00:44
6.3.1 Work, Internal Energy, and Enthalpy
00:06:33
6.3.2 Enthalpy Changes-Temperature, Phase, and Chemical
00:06:50
6.4.1 Thermochemistry Fundamentals & Hess' Law
00:09:40
6.5.1 Problems-Heat Capacity, Calorimetry, and Heating Curves-Part 1
00:45:31
6.5.2 Problems-Heat Capacity, Calorimetry, and Heating Curves-Part 2
00:28:17
6.5.3 Problems - Thermochemical Reactions
00:50:25
7.1.1 Light Characteristics & Bohr's Atomic Model
00:07:19
7.2.1 The Wave Nature of Electrons and Orbitals
00:05:40
7.2.2 The Pauli Exclusion Principle, Hund's Rule, and the Aufbau Principle
00:05:10
7.2.3 Determining Electron Configurations
00:10:06
7.3.1 Atomic Radius, Ionization Energy, and Electron Affinity
00:06:00
7.4.1 Problems - Electromagnetic Radiation, Quantum Numbers, Electron Configuration & Periodic Trends (Part 1)
00:45:20
7.4.2 Problems - Electromagnetic Radiation, Quantum Numbers, Electron Configuration & Periodic Trends (Part 2)
00:10:49
8.1.1 Ionic & Covalent Bonds
00:02:23
8.1.2 Lewis Structures, Resonance, and Formal Charges
00:06:42
8.1.3 Polar Molecules & Dipole Moments
00:03:03
8.2.1 Atomic Orbital Shapes, Molecular Orbital Theory, Sigma Bonds, and Bond Order
00:09:21
8.2.2 Pi Bonds, Determining Hybridization, and VSEPR Method
00:05:16
8.2.3 VSEPR Method-Part 1
00:08:27
8.2.4 VSEPR Method-Part 2
00:07:14
8.3.1 Coordinate Covalent Compounds & Naming-Part 1
00:09:25
8.3.2 Coordinate Covalent Compounds & Naming-Part 2
00:09:52
8.4.1 Isomerism
00:03:25
8.5.1 Problems - Ions, Oxidation Numbers, and Lewis Structures (Part 1)
00:46:43
8.5.2 Problems - Ions, Oxidation Numbers, and Lewis Structures (Part 2)
00:22:01
8.6.1 Problems - Formal Charge
00:44:39
8.6.2 Problems - Molecular Shapes & Polarity (Part 1)
00:47:55
8.6.3 Problems - Molecular Shapes & Polarity (Part 2)
00:33:29
8.7.1 Problems - Naming Coordinate Covalent Compounds - Part 1
00:45:55
8.7.2 Problems - Naming Coordinate Covalent Compounds - Part 2
00:12:49
8.8.1 Problems - Isomers
00:42:40
9.1.1 REDOX Reactions & Oxidation Numbers
00:07:00
9.1.2 Oxidizing & Reducing Agents
00:08:38
9.2.1 Spectator Ions in REDOX
00:03:14
9.2.2 Balancing REDOX Methods-Half Reaction & Oxidation States
00:06:38
9.3.1 Problems - Oxidation Numbers & Determining REDOX Agents
00:35:53
9.3.2 Problems - Balancing REDOX Reactions - Acidic Solutions (Part 1)
00:44:05
9.3.3 Problems-Balancing REDOX Reactions - Acidic Solutions (Part 2)
00:40:33
9.3.4 Problems - Balancing REDOX Reactions: Basic Solutions (Part 1)
00:42:38
9.3.5 Problems - Balancing REDOX Reactions: Basic Solutions (Part 2)
00:45:37
9.3.6 Problems - REDOX Stoichiometry
00:22:47
10.1.1 Solutions Chemistry-Concentration Units
00:05:23
10.2.1 Dilution of Solution
00:01:17
10.3.1 Chemical Reactions in Standard Solutions
00:03:20
10.4.1 Colligative Properties-Freezing Point Depression & Boiling Point Elevation
00:05:44
10.4.2 Colligative Properties-Vapor Pressure Lowering & Osmotic Pressure
00:04:33
10.5.1 Problems - Determining Concentrations with Physical Units
00:39:31
Determining Concentrations with Physical Units
10.5.2 Problems - Solutions Chemistry with Chemical Units
00:42:38
10.5.3 Problems - Dilution of Solution
00:21:38
Problems - Dilution of Solution
10.5.4 Problems - Chemical Reactions in Standard Solutions
00:38:23
10.5.5 Problems - Colligative Properties (Part 1)
00:40:35
10.5.6 Problems - Colligative Properties (Part 2)
00:22:53
11.1.1 The Laws of Thermodynamics
00:09:36
11.2.1 Standard States of Chemical Substances
00:04:11
11.3.1 Chemical Equilibrium
00:02:35
11.4.1 Chemical Equilibria and the Equilibrium Constant
00:06:10
11.5.1 Le Chatelier's Principle
00:04:02
11.6.1 Problems - Thermodynamics & Equilibrium (Part 1)
00:41:13
11.6.2 Problems - Thermodynamics & Equilibrium (Part 2)
00:34:02
12.1.1 Acid & Base Chemistry
00:06:45
12.2.1 Water Ionization
00:02:50
12.3.1 Water Splitting & Buffers in Solution
00:04:15
12.4.1 Polyprotic Acids & Titration Experiments
00:03:36
12.5.1 Problems - Acids & Bases and Ionization of Acids & Bases
00:48:56
12.5.2 Problems - Hydrolysis & Polyprotic Acids
00:39:33
12.5.3 Problems - Buffers, Indicators, and Titration
00:43:24
13.1.1 Solubility Products & Precipitates
00:04:04
13.2.1 Problems: Complex Ions, Solubility, and Precipitation: Part 1
00:40:36
13.2.2 Problems-Complex Ions, Solubility, and Precipitation-Part 2
00:13:22
14.1.1 Chemical Kinetics-Reaction Rates, Rate Constants, and Order of Reactions
00:05:53
14.2.1 Activation Energy
00:01:46
14.3.1 Reaction Mechanisms & Energetics
00:05:50
14.4.1 Problems - Rate Constants, Order of Reaction, and Activation Energy
00:46:29
15.1.1 Electrochemistry-Electricity & Current
00:03:51
15.2.1 Faraday's Laws of Electrolysis
00:03:38
15.3.1 Voltaic-Galvanic Cells
00:03:25
15.3.2 Standard Cell Potentials
00:03:48
15.3.3 Combining Half-Cell Reactions
00:02:52
15.4.2 Spontaneous REDOX
00:01:47
15.4.3 Electrolysis-Electrode Reactions
00:01:24
15.5.1 Problems - Electrical Units, Faraday's Electrolysis Laws, Voltaic Cells, and Electrode Dynamics
00:43:58
15.5.2 Problems - Electrical Units, Faraday's Electrolysis Laws, Voltaic Cells, and Electrode Dynamics - Part 2
00:08:55
16.1.1 Nuclear Chemistry
00:04:07
16.2.1 E=mc^2
00:03:56
16.3.1 Writing & Balancing Nuclear Equations
00:04:23
16.4.1 Radiochemistry
00:05:42
16.5.1 Problems-Nuclear Particles & Nuclear Reactions
00:33:19
16.5.2 Problems-Radioactive Half-Life Part 1
00:23:28
16.5.3 Problems-Radioactive Half-Life-Part 2...
00:28:32
16.5.4 Problems-Radioactive Half-Life Part 3
00:47:09
16.5.5 Nuclear Binding Energy & E = mc^2...
00:33:09