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College Chemistries and Physics
Preparation
2012 College Physical Chemistry
2012 College Biochemistry (Select Topics)
2012 College General Chemistry
2012 College Organic Chemistry
2012 College Physics
2012 College General Chemistry
$35.00
19:50:33
01-MATTER-AND-CONVERSIONS
31:45
15:46
01.1 Matter and Chemistry Vocabulary
15:59
01.2 Conversions
02-BASICS
$10.00
42:22
10:30
02.1 Model of the Atom, Atomic Symbols, Atomic Weights
12:37
02.2 Periodic Table, Types of Compounds, Types of Rxns
19:15
02.3 Nomenclature
03-STOICHIOMETRY
$10.00
43:00
14:14
03.1 STOICHIOMETRY Moles
12:26
03.2 Percent Composition, Empirical and Molecular Formulas
16:20
03.3 Limiting Reagent, Theoretical Yield Calculations
04-SOLUTIONS
$15.00
1:02:35
7:34
04.1 SOLUTIONS and Electrolytes
18:20
04.2 Double Displacement Rxns
13:48
04.3 Molarity and Dilutions
17:10
04.4 Redox Rxns and Oxidation States
5:43
04.5 Single Displacement Rxns and the Activity Series
05-THERMOCHEMISTRY
$15.00
51:38
8:31
05.1 THERMHEMISTRY 1st Law of Thermodynamics
11:24
05.2 Introduction to Enthalpy, State Functions, Phase Changes
14:53
05.3 Calorimetry
10:20
05.4 Hess' Law
6:30
05.5 Enthalpies of Formation
06-ELECTRONIC-STRUCTURE
$15.00
1:07:19
12:35
06.1 ELECTRONIC STRUCTURE The Electromagnetic Spectrum and Photons
18:17
06.2 Bohr Model of the Atom and Electronic Transitions
3:01
06.3 Wave like Behavior of Matter de Broglie Relation
1:48
06.4 Heisenberg Uncertainty Principle
1:27
06.5 Shapes of s, p, d Orbitals
13:50
06.6 Quantum Numbers
16:21
06.7 Electronic Configurations
07-PERIODIC-TRENDS
$15.00
48:41
5:18
07.1 PERIODIC TRENDS Summary of Periodic Trends
19:15
07.2 Atomic Radius
13:16
07.3 Ionization Energy
7:25
07.4 Electron Affinity and Electronegativity
3:27
07.5 Descriptive Chemistry, Metal and Nonmetal Oxides
08-BONDING-AND-LEWIS-STRUCTURES
$15.00
57:24
10:53
08.1 BONDING Bonding and Ionic, Covalent, and Metallic Compounds
7:15
08.2 Lattice Energy
9:16
08.3 Octet Rule
30:00
08.4 Lewis Dot Structures
09-MOLECULAR-GEOMETRY
$15.00
50:22
19:10
09.1 MOLECULAR GEOMETRY
11:38
09.2 Hybridization
12:25
09.3 Polarity
7:09
09.4 Sigma and Pi Bonds
10-GASES
$15.00
1:09:09
5:52
10.1 GASES Pressure
10:38
10.2 Ideal Gas Law
19:19
10.3 Boyle's, Charle's, Avogadro's Laws, Combined Gas Law
5:31
10.4 Dalton's Law of Partial Pressures
2:49
10.5 Gas Density
6:34
10.6 Volume at STP
9:31
10.7 Graham's Law of Effusion
3:58
10.8 Ideal Behavior
4:57
10.9 van der Waals Equation for Real Gases
11-LIQUIDS-AND-SOLIDS
$10.00
46:56
33:49
11.1 LIQUIDS AND SOLIDS Intermolecular Forces
13:07
11.2 Phase Diagrams
12-COLLIGATIVE-PROPERTIES
$10.00
38:36
24:43
12.1 COLLIGATIVE PROPERTIES Freezing Pt. Depression and Boiling Pt. Elevation
13:53
12.2 Colligative Properties Vapor Pressure Depression and Osmotic Pressure
13-KINETICS
$15.00
1:15:15
8:23
13.1 KINETICS Rates and Rate Expressions
20:13
13.2 Rate Laws
6:30
13.3 Mechanisms and Rate Laws from Mechanisms
10:46
13.4 Catalysts and Reaction Coordinate Diagrams
13:51
13.5 Collision Theory and the Arrhenius Equation
15:32
13.6 Integrated Rate Laws and Half Life
14-EQUILIBRIUM
$10.00
58:03
20:10
14.1 EQUILIBRIUM Definition and Equilibrium Constants
14:53
14.2 Le Chatelier's Principle
23:00
14.3 Equilibrium Calculations
15-ACIDS-AND-BASES
$15.00
2:38:02
13:01
15.01 ACIDS AND BASES Definitions and Strong Acids and Bases
8:41
15.02 Binary Acids and Oxoacids
9:16
15.03 Polyprotic Acids
13:50
15.04 pH and pOH
13:34
15.05 pH Calculations for Strong Acids and Bases
32:50
15.06 pH Calculations for Weak Acids and Bases
13:06
15.07 Acidity and Basicity of Salts
14:17
15.08 Buffers
16:39
15.09 Titrations and Titration Curves
22:48
15.10 Titration Calculations
16-SOLUBILITY-EQUILIBRIA
$15.00
32:30
15:45
16.1 SOLUBILITY EQUILIBRIA Molar Solubility and Ksp
4:05
16.2 Common Ion Effect
7:54
16.3 Precipitation
4:46
16.4 pH Effects on Solubility
17-THERMODYNAMICS
$15.00
1:04:43
8:00
17.1 THERMODYNAMICS Three Laws of Thermodynamics
6:46
17.2 Entropy
22:47
17.3 Gibbs Free Energy and Spontaneity
14:46
17.4 Calculating dG, dH, and dS and Formation Rxns
12:24
17.5 Nonstandard dG and Relation of dG to Keq
18-ELECTROCHEMISTRY
$15.00
2:02:05
11:12
18.01 ELECTRHEMISTRY Redox Rxns and Determining Oxidation States
23:51
18.02 Balancing Redox Rxns
4:54
18.03 Oxidizing and Reducing Agents
10:49
18.04 Comparing and Contrasting Galvanic and Electrolytic Cells
9:24
18.05 Galvanic (Voltaic) Cells
15:07
18.06 Standard Cell Potentials
11:59
18.07 Non Standard Cell Potentials Nernst Equation
5:02
18.08 Relationship between Ecell, dG, and Keq
6:33
18.09 Table of Reduction Potentials
14:11
18.10 Electrolytic Cells
9:03
18.11 Electrolysis Calculations
19-NUCLEAR-CHEMISTRY
$15.00
1:10:08
14:21
19.1 NUCLEAR CHEMISTRY Isotope Symbols and Balancing Nuclear Rxns
9:06
19.2 Trends for Radioactivity and Nuclear Stability
10:24
19.3 Routes of Decay
3:27
19.4 Fission and Fusion
9:32
19.5 Kinetics of Nuclear Decay
7:49
19.6 Radiocarbon Dating
15:29
19.7 Energy of Nuclear Rxns and Nuclear Binding Energy
2012 College Organic Chemistry
$35.00
21:51:39
01
$15.00
1:54:05
21:50
01.1 Molecular Structures and Bonding
17:15
01.2 Resonance
34:07
01.3 Acids and Bases
40:53
01.4 Nomenclature
02
$10.00
47:51
18:56
02.1 Intermolecular Forces
10:56
02.2 Newman Projections
17:59
02.3 Cycloalkanes
03
$10.00
14:37
5:60
03.1 Intro to Arrow Pushing
8:37
03.2 Rxn Coordinate Diagrams
04-ISOMERS-AND-STEREOCHEMISTRY
$15.00
1:13:13
19:07
04.1 ISOMERS and STEREOCHEMISTRY Vocabulary
16:23
04.2 Assigning R and S
24:54
04.3 Isomers with Multiple Chiral Centers, Diastereomers, Meso Compounds
3:56
04.4 Amine Inversion
8:53
04.5 Chiral Compounds with No Chiral Centers
05-ALKENES
$15.00
1:38:26
6:04
05.01 ALKENES Nomenclature
16:04
05.02 Alkene Rxns Intro to Electrophilic Addition
10:48
05.03 Addition of HBr, HCl and HI
6:57
05.04 Acid Catalyzed Hydration
8:25
05.05 Acid Catalyzed Addition of an Alcohol with Rearrangement
13:31
05.06 Addition of Br2, Br2 with H2O, and Br2 with Alcohol
6:13
05.07 Oxymercuration Demurcuration and Alkoxymercuration Demurcuration
6:39
05.08 Hydroboration Oxidation
2:26
05.09 Catalytic Hydrogenation
4:57
05.10 Addition of HBr with Peroxide (ROOR)
4:05
05.11 Epoxidation and Trans Hydroxylation
0:59
05.12 Syn Hydroxylation
5:49
05.13 Carbene Additions
2:34
05.14 Ozonolysis of Alkenes
2:55
05.15 Stability of Alkenes and Heats of Hydrogenation
06-ALKYNES
$15.00
44:45
10:10
06.01 ALKYNES Structure, Nomenclature and Acidity
3:19
06.02 Synthesis of Alkynes
7:39
06.03 Acetylene Zipper Rxn
4:28
06.04 Reduction of Alkynes
1:18
06.05 Addition of HBr, HCl and HI
0:45
06.06 Addition of HBr with Peroxide (ROOR)
1:13
06.07 Addition of Br2
6:54
06.08 Acid Catalyzed Hydration and Hydroboration Oxidation
4:22
06.09 Rxns of Acetylide Ions
4:37
06.10 Synthesis Problems with Alkynes
07-CONJUGATION
$10.00
1:26:00
37:58
07.1 CONJUGATION Conjugated Systems and Pi Molecular Orbitals
14:56
07.2 Addition Rxns to Conjugated Systems Kinetic vs Thermodynamic Products
33:06
07.3 Diels Alder Rxns
08-SUBSTITUTION-REACTIONS
$10.00
58:09
58:09
08.1 SUBSTITUTION RXNS SN1 and SN2 Rxns
09-ELIMINATION-REACTIONS
$10.00
47:57
28:55
09.1 ELIMINATION RXNS E1 and E2 Rxns
13:14
09.2 Distinguishing Between SN1, SN2, E1 and E2 Rxns
5:48
09.3 Pinacol Rearrangement
10-RADICAL-REACTIONS
$10.00
29:21
18:22
10.1 RADICAL RXNS Halogenation with Br2 light and Cl2 light
4:31
10.2 Bromination with NBS
6:28
10.3 Addition of HBr ROOR to an Alkene
11-MASS-SPECTROMETRY
$10.00
54:15
37:12
11.1 MASS SPECTROMETRY Predicting Fragmentation Patterns
17:03
11.2 Interpreting Mass Spectra
12-IR-SPECTROSCOPY
$10.00
30:06
10:48
12.1 IR SPECTROSCOPY IR Theory
19:18
12.2 Interpreting IR Spectra
13-NMR-SPECTROSCOPY
$15.00
1:30:15
10:18
13.1 NMR SPECTROSCOPY NMR Theory
12:10
13.2 C13 NMR
13:45
13.3 H NMR Determining the Number of Signals
22:02
13.4 H NMR Splitting and Multiplicity
17:33
13.5 Determining an Unknown from NMR Spectra
14:27
13.6 Determining an Unknown from All the Spectra
14-ALCOHOLS-ETHERS-AND-EPOXIDES
1:27:52
8:35
14.01 ALCOHOLS ETHERS AND EPOXIDES Nomenclature of Alcohols
14:52
14.02 Acidity of Alcohols
4:03
14.03 Reaction of Alcohols with HCl HBr and HI
15:04
14.04 Reaction of Alcohols with PBr3 SOCl2 and TsCl
10:02
14.05 Dehydration of Alcohols with H2SO4
4:59
14.06 Oxidation of Alcohols with Chromic Acid and PCC
5:45
14.07 Reduction of Ketones Aldehydes and Esters to form Alcohols
16:43
14.08 Nomenclature Synthesis and Reactions of Ethers
7:49
14.09 Ring Opening of Epoxides
15-AROMATIC-COMPOUNDS
$15.00
1:56:04
6:45
15.01 AROMATIC COMPOUNDS Nomenclature
29:05
15.02 Aromaticity
8:38
15.03 Intro to EAS Rxns
5:18
15.04 EAS Nitration
3:02
15.05 EAS Sulfonation
3:07
15.06 EAS Chlorination and Bromination
3:12
15.07 EAS Friedel Crafts Alkylation
5:03
15.08 EAS Friedel Crafts Acylation
1:06:54
15.09 EAS Not So Common Acylations with Anhydrides and Carboxylic Acids
1:51
15.10 EAS Formylation Gattermann Koch Rxn
14:14
15.11 EAS Activating and Deactivating GroupsOrtho Para and Meta Directors
11:45
15.12 EAS Rxns with Substituted Benzenes
1:36
15.13 Benzylic Oxidation with Permanganate
2:02
15.14 Clemmensen and Wolff Kishner Reductions
1:30
15.15 Nitro Reduction
4:28
15.16 Rxns of Arenediazonium Salts
8:04
15.17 Nucleophilic Aromatic Substitution NAS
5:18
15.18 EAS with Non benzenoid Aromatic Compounds
16-KETONES-AND-ALDEHYDES
$15.00
1:09:02
3:38
16.01 KETONES AND ALDEHYDES Nomenclature
10:06
16.02 Synthesis of Ketones and Aldehydes
3:42
16.03 Intro to Nucleophilic Addition
2:40
16.04 Nucleophilic Addition of Acetylides and Grignards
14:50
16.05 Hydride Reductions of Carbonyls
0:32
16.06 Reduction with H2
7:06
16.07 Addition of Amines Formation of Imines and Enamines
12:47
16.08 Addition f Water and Alcohols Formation of Hydrates, Ketals, and Acetals and Carbonyl Protection
7:26
16.09 1, 2 vs 1, 4 Addition to Conjugated Carbonyls
6:15
16.10 The Wittig Rxn
17-CARBOXYLIC-ACIDS-AND-CARBOXYLIC-ACID-DERIVATIVES
$15.00
1:20:24
18:23
17.1 CARBOXYLIC ACIDS AND CARBOXYLIC ACID DERIVATIVES Nomenclature
14:55
17.2 Properties and Synthesis of Carboxylic Acids
23:14
17.3 Summary of Nucleophilic Acyl Substitution Rxns
5:27
17.4 Examples of Nucleophilic Acyl Substitution
11:40
17.5 Mechanisms of Nucleophilic Acyl Substitution
6:45
17.6 Gabriel Synthesis
18-ALPHA-ADDITIONS
$15.00
1:52:15
12:52
18.01 ALPHA ADDITIONS Acidity of the Alpha Carbon
2:57
18.02 Intro to Alpha Additions
10:21
18.03 Alpha Haolgenation, the Iodoform Test, and the HVZ Reaction
7:40
18.04 Alpha Alkylation and the Stork Rxn
7:45
18.05 The Michael Rxn 1, 4 Addition
35:18
18.06 Aldol Condensation
7:45
18.07 Robinson Annulation
12:20
18.08 Claisen Condensation
4:45
18.09 Beta Decarboxylation
10:32
18.10 Malonic Ester and Acetoacetic Ester Syntheses
19-AMINES
$15.00
57:02
12:14
19.01-Nomenclature-and-Basicity
6:22
19.02-Gabriel-Synthesis
6:29
19.03-Reduction-of-Nitriles-Azides-Nitro-compounds-and-Amides
1:18
19.04-Hofmann-Rearrangement
3:00
19.05-Curtius-and-Schmidt-Syntheses
2:53
19.06-Beckman-Rearrangement
5:09
19.07-Hinsberg-Test
8:35
19.08-Hofmann-Elimination
2:08
19.09-Cope-Elimination
4:44
19.10-Phase-Transfer-Catalysis
4:10
19.11-Reductive-Amination
20-CARBON-CARBON-COUPLING-REACTIONS
$4.00
0:00
20.1-Carbon-Carbon-Coupling-Reactions
2012 College Physics
$35.00
17:44:29
CP01-UNITS-AND-VECTORS
$10.00
24:04
2:02
01.1 Units
22:02
01.2 Vectors
CP02-KINEMATICS
$15.00
1:44:46
27:09
02.1 KINEMATICS Displacement Velocity and Acceleration
16:30
02.2 Graphs of Displacent vs time and Velocity vs time
21:54
02.3 Kinematics Calculations
24:12
02.4 Projectile Motion
15:01
02.5 Relative Motion
CP03-MECHANICS
$15.00
1:55:43
13:39
03.1 MECHANICS Newtons Laws of Motion
18:59
03.2 Forces Fundamental Forces, Gravity, Normal Force, Friction, and Tension
14:28
03.3 Basic Gravity and Weight Problems (Including a Classic Elevator Problem)
9:11
03.4 Basic Friction Problem
20:35
03.5 Inclined Planes
10:15
03.6 Classic Tension Problem
28:36
03.7 Pulleys
CP04-WORK-AND-ENERGY
$15.00
1:19:52
5:03
04.1 WORK AND ENERGY Work
27:13
04.2 Kinetic and Potential Energy and Conservation of Mechanical Energy
16:59
04.3 Force and Potential Energy of Springs
6:47
04.4 Power
17:42
04.5 Momentum and Collisions
6:08
04.6 Impulse Momentum Theorem
CP05-ROTATIONAL-DYNAMICS
$10.00
1:08:34
25:50
05.01 Uniform Circular Motion
42:44
05.02 Rotational Dynamics
CP06-ROTATIONAL-KINEMATICS
$10.00
20:56
20:56
06.01 Rotational Kinematics
CP07-ELASTICITY-OF-SOLIDS
$10.00
21:58
21:58
07.1 ELASTICITY OF SOLIDS
CP08-FLUIDS
$15.00
1:14:17
22:42
08.1 FLUIDS Hydrostatics Density and Pressure
22:50
08.2 Buoyancy and Archimedes Principle
8:28
08.3 Hydraulic Jack
20:17
08.4 HYDRODYNAMICS Equation of Continuity and Bernoullis Equation
CP09-SIMPLE-HARMONIC-MOTION
$10.00
55:55
31:59
09.1 SIMPLE HARMONIC MOTION
23:56
09.2 Waves and Standing Waves
CP10-GASES
$10.00
35:58
13:14
10.1 Pressure Boyles Law Charles Law and Avogadros Principle
17:11
10.2 Kinetic Model of Gases and the Perfect Gas Law
5:33
10.3 Maxwell Distribution of Speeds
CP11-THERMODYNAMICS
1:06:40
12:16
11.1 Intro to the First Law of Thermodynamics
11:26
11.2 Heat Capacities
9:29
11.3 Intro to Internal Energy Enthalpy and Cp and Cv
8:43
11.4 Expansion Work
7:02
11.5 2nd and 3rd Laws of Thermodynamics and Entropy
15:15
11.6 Entropy Changes of Expansion and Heating
2:29
11.7 Boltzmans Expression for Entropy
CP12-ELECTRIC-FORCES-AND-FIELDS
$10.00
59:46
39:08
12.1 ELECTRIC FORCES AND FIELDS and Coulombs Law
20:38
12.2 Electrostatic Equilibrium and Gauss's Law
CP13-ELECTRICAL-POTENTIAL
$10.00
1:04:02
29:34
13.1 ELECTRICAL POTENTIAL and Potential Energy
34:28
13.2 Capacitance
CP14-ELECTRICAL-CIRCUITS-AND-RESISTANCE
$10.00
1:06:48
33:06
14.1 CIRCUITS AND RESISTANCE Ohm's Law, Current, Resistance, and Power
21:33
14.2 Kirchoffs Rules
12:09
14.3 RC Circuits
CP15-MAGNETISM
$15.00
1:26:37
8:58
15.1 Magnetic Field Acting on a Moving Charge
11:60
15.2 Magnetic Field Acting on a Current Carrying Wire
9:37
15.3 Torque on a Current Carrying Loop in a Magnetic Field
23:60
15.4 Magnetic Fields Generated by Current Carrying Wires and Loops
32:02
15.5 Induction, Magnetic Flux, Faradays Law and Lenzs Law
CP16-LIGHT
$10.00
35:08
7:46
16.1 LIGHT Frequency Wavelength and Energy of a Photon
27:22
16.2 Reflection and Refraction of Light
CP17-MIRRORS-AND-LENSES
$10.00
39:08
39:08
17.1 MIRRORS AND LENSES
CP18-WAVE-OPTICS
$10.00
44:17
22:11
18.1 WAVE OPTICS Double Slit Interference
17:21
18.2 Thin Film Interference
4:45
18.3 Diffraction Gratings and Single Slit Interference
2012 College Physical Chemistry
6:05:19
01
1:14:40
13:14
01.1 Pressure Boyles Law Charles Law and Avogadros Principle
6:58
01.2 Combined Gas Law and Dalton's Law of Partial Pressures
17:11
01.3 Kinetic Model of Gases and the Perfect Gas Law
5:33
01.4 Maxwell Distribution of Speeds
5:42
01.5 Critical Temperature
9:46
01.6 Real Gases and the Compression Factor
16:16
01.7 The Virial Equation and van der Waals Equation
02
56:46
12:16
02.1 Intro to the First Law of Thermodynamics
11:26
02.2 Heat Capacities
9:29
02.3 Intro to Internal Energy Enthalpy and Cp and Cv
8:43
02.4 Expansion Work
14:52
02.5 Calculations and Derivations Involving Internal Energy and Enthalpy
03
44:34
12:03
03.1 Heat, Heat Capacity and Temperature Changes
6:26
03.2 Rxn Enthalpies using Bond Enthalpies
6:30
03.3 Rxn Enthalpies using Hess Law
11:04
03.4 Rxn Enthalpies using Enthalpies of Formation
8:31
03.5 Kirchoffs Law
04
31:35
7:02
04.1 2nd and 3rd Laws of Thermodynamics and Entropy
15:15
04.2 Entropy Changes of Expansion and Heating
5:50
04.3 Entropy Change during Phase Transitions and Troutons Rule
0:59
04.4 Rxn Entropies using Standard Molar Entropies
2:29
04.5 Boltzmans Expression for Entropy
05
19:44
4:26
05.1 Introduction to Gibbs Free Energy
15:18
05.2 Variation of Delta G with Pressure and Temperature
06
57:21
40:19
06.1 Properties of Mixtures
17:02
06.2 Colligative Properties
07
44:04
44:04
07.1 Chemical Equilibrium
08
36:35
36:35
08.1 Electrochemistry
09
0:00
09.1 Kinetics
2012 College Biochemistry (Select Topics)
5:12:44
01-MOLECULAR-INTERACTIONS,-ACIDS-AND-BASES,-AND-BUFFERS
1:18:59
15:25
01.1 Inter and Intramolecular Forces
19:02
01.2 Acids and Bases
44:32
01.3 Buffers and Titration Curves
02-Amino-Acids
43:42
22:13
02.1 Amino Acids
21:29
02.2 pKas and pIs of Amino Acids
03-Proteins
48:42
24:45
03.1 Protein Structure
8:45
03.2 Protein Function and Folding
15:12
03.3 Myoglobin and Hemoglobin
04-Enzymes
1:23:54
17:06
04.1 Introduction to Enzyme Kinetics
21:05
04.2 Michaelis Menton Kinetics
17:59
04.3 Competitive and Noncompetitive Inhibitors
13:39
04.4 Allosteric Enzymes
9:10
04.5 Regulation via Phosphorylation, Zymogens and Cofactors
4:55
04.6 Mechanisms of Catalysis
05-Bioenergetics
21:37
21:37
05.1 Bioenergetics
06-Carbohydrates
35:50
6:24
06.1 Structures and Types of Carbohydrates
16:35
06.2 Cyclization of Sugars and the Anomeric Carbon
3:55
06.3 Acetals, Ketals and Nonreducing Sugars
8:56
06.4 Oligo and Polysaccharides
07-Glucose-Metabolism
0:00
CBC07.1-Glycolysis
CBC07.2-Gluconeogenesis
CBC07.3-Glycogen-Metabolism
CBC07.4-Citric-Acid-Cycle-and-Glyoxalate-Cycle
CBC07.5-Electron-Transport-Chain
08-Lipid-Metabolism
0:00
CBC08.1-Lipid-Metabolism-and-Beta-Oxidation
CBC08.2-Ketogenesis-and-Fatty-Acid-Synthesis
CBC08.3-Cholesterol-and-Prostaglandins
09-Lipids-and-Membranes
0:00
CBC09.1-Lipids-and-Membranes
10-Photosynthesis
0:00
CBC10.1-Photosynthesis-Part-1-The-Light-Reactions
CBC10.2-Photosynthesis-Part-2-The-Dark-Reactions--The-Calvin-Cycle
CBC10.3-RuBisCo-Oxygenase-Activity-and-C4-and-CAM-Plants
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