BrainChildren Chemistry
Preview
Open in TheBrain
BrainChildren Chemistry
Web Link
Dr.D_Chemistry
Attachments
Dr.D_Chemistry - YouTube
Parents
Chemistry YouTubers-Processed
Web Link
Children
Acids Bases and Buffers
Caffeine Extraction and Derivatization
Catalytic Hydrogenation: Dr.D_Chemistry
CH6 3 pt1 intro periodic properties
CH6 3 pt2 atomic radius
CH6 3 pt3 effective nuclear charge
CH6 3 pt4 transiton metal ions
CH6 3 pt5 ion size
CH6 3 pt6 1st Ionization Energy
CH6 3 pt7 Successive Ionization Energies
CH6 3 pt8 electron affinity
CH6 3 pt9 metallic character
CHEM100 1 1 Scientific Method
CHEM100 1 2 Hypothesis
CHEM100 1 3 Law and Theory
CHEM100 10 1 Stoichiometry
CHEM100 10 2 Analogy
CHEM100 10 3 Now with moles
CHEM100 10 4 Mass to mass conversions
CHEM100 10 5 limiting reagent and yield
CHEM100 10 6 Now with rxns
CHEM100 10 7 Heat of Rxn
CHEM100 10 8 Enthalpy and Stoichiometry
CHEM100 11 1 Energy
CHEM100 11 2 Change in E
CHEM100 11 3 Temperature
CHEM100 11 4 Kelvin Scale
CHEM100 11 5 Heat Capacity
CHEM100 11 6 Heat Capacity Calculations
CHEM100 12 1 gases
CHEM100 12 2 Pressure
CHEM100 12 3 Physical Properties
CHEM100 12 4 Ideal Gas Law
CHEM100 12 5 Molar Mass
CHEM100 12 6 Partial Pressures
CHEM100 12 7 Stoichiometry
CHEM100 12 8 Non ideal behavior
CHEM100 13 1 Liquids and Solids
CHEM100 13 10 Heating Curves
CHEM100 13 11 Phase Change Calculations
CHEM100 13 12 Evaporation and Boiling
CHEM100 13 13 Solids
CHEM100 13 14 Water
CHEM100 13 2 Surface Tension and Viscosity
CHEM100 13 3 Intermolecular forces
CHEM100 13 4 Phase Transitions
CHEM100 13 5 Dispersion Forces
CHEM100 13 6 Dipole Dipole Forces
CHEM100 13 7 Hydrogen Bonding
CHEM100 13 8 Ion Dipole
CHEM100 13 9 Phase Changes
CHEM100 14 1 Solutions
CHEM100 14 10 Molality
CHEM100 14 11 Freezing Point Depression
CHEM100 14 12 Boiling point elevation
CHEM100 14 13 Osmotic Pressure
CHEM100 14 2 like dissolves like
CHEM100 14 3 Solubility
CHEM100 14 4 Solids in Liquids
CHEM100 14 5 Gases in Liquids
CHEM100 14 6 Mass percent
CHEM100 14 7 Molarity
CHEM100 14 8 Solution Dilution
CHEM100 14 9 Stoichiometry
CHEM100 15 1 Acids and Bases
CHEM100 15 10 Strong and Weak Acids and Bases
CHEM100 15 11 pH scale
CHEM100 15 12 pH
CHEM100 15 13 pH of a strong acid solution
CHEM100 15 14 Buffered solutions
CHEM100 15 2 Conjugate Acids and Bases
CHEM100 15 3 Water is Amphoteric
CHEM100 15 4 Examples of Acids
CHEM100 15 5 Examples of Bases
CHEM100 15 6 Neutralization Rxns
CHEM100 15 7 Metal Dissolving Rxns
CHEM100 15 8 Acid Base Titrations
CHEM100 15 9 Titration Calculations
CHEM100 2 1 What is Chemistry
CHEM100 2 2 Phases of Matter
CHEM100 2 3 Compressibility
CHEM100 2 4 Classification by composition
CHEM100 2 5 Chemical and Physical Changes
CHEM100 2 6 Conservation of Matter
CHEM100 3 1 Atomic Theory
CHEM100 3 2 Parts of an Atom
CHEM100 3 3 Protons ID an element
CHEM100 3 4 Names and Symbols
CHEM100 3 5 Periodic Table
CHEM100 3 6 Ions
CHEM100 3 7 Isotopes
CHEM100 3 8 Atomic Mass
CHEM100 4 1 Light
CHEM100 4 10 Core and Valence Electrons
CHEM100 4 11 Filled Valence Shells
CHEM100 4 12 Periodic Trends
CHEM100 4 2 EM Spectra
CHEM100 4 3 The Quantum Realm
CHEM100 4 4 The Bohr Model
CHEM100 4 5 Quantum Mechanical Model of the Atom
CHEM100 4 6 QM Orbitals
CHEM100 4 7 Number of Orbitals and Spin
CHEM100 4 8 Periodic table and Quantum Numbers
CHEM100 4 9 Electron configurations and orbital diagrams
CHEM100 5 1 Chemical Bonding
CHEM100 5 10 Double and Triple Bonds
CHEM100 5 11 Resonance Structures
CHEM100 5 12 Octet rule exceptions
CHEM100 5 13 Molecular Shapes
CHEM100 5 14 Bond Polarity
CHEM100 5 15 Molecule Polarity
CHEM100 5 16 Like Dissolves Like
CHEM100 5 2 Lewis Dot Structures
CHEM100 5 3 Ionic Bonding
CHEM100 5 4 Metal plus Nonmetal
CHEM100 5 5 Predicting the formula
CHEM100 5 6 Covalent Bonding
CHEM100 5 7 Counting Valence Electrons
CHEM100 5 8 Skeletal Structure
CHEM100 5 9 Adding Electrons
CHEM100 6 1 Compounds
CHEM100 6 10 nomenclature
CHEM100 6 11 Ionic cmpds with fixed charge
CHEM100 6 12 Varible charge ionic cmpds
CHEM100 6 13 Ionic cmpds with polyatomic ions
CHEM100 6 14 Molecular compounds
CHEM100 6 15 Acids
CHEM100 6 16 Binary acids
CHEM100 6 17 oxyacids
CHEM100 6 18 Summary
CHEM100 6 19 Weighing a molcule
CHEM100 6 2 Writing chemical formulas
CHEM100 6 3 Polyatomic Ions
CHEM100 6 4 Formulas with polyatomic ions
CHEM100 6 5 types of pure substances
CHEM100 6 6 Molecular cmpds
CHEM100 6 7 Ionic cmpds
CHEM100 6 8 Metallic bonding
CHEM100 6 9 Tranistion metal charges
CHEM100 7 1 Math incoming
CHEM100 7 10 Units
CHEM100 7 11 Metric Units
CHEM100 7 12 Prefixes
CHEM100 7 13 Equalities as conversion units
CHEM100 7 14 Unit Conversion
CHEM100 7 15 Conversion with more units
CHEM100 7 16 Nursing Example
CHEM100 7 17 Money Example
CHEM100 7 18 Volume
CHEM100 7 19 Density
CHEM100 7 2 Scientific Notation Large Numbers
CHEM100 7 20 Density as a conversion unit
CHEM100 7 3 Small numbers
CHEM100 7 4 Measurement precision
CHEM100 7 5 Counting Sig Figs
CHEM100 7 6 Exact numbers
CHEM100 7 7 Multiplication and division
CHEM100 7 8 Addition and subtraction
CHEM100 7 9 Operations Combined
CHEM100 8 1 Counting by weighing
CHEM100 8 2 The mole
CHEM100 8 3 gram mole interconversion
CHEM100 8 4 Molecules by the gram
CHEM100 8 5 chemical formula as conversion factors
CHEM100 8 6 mass percent
CHEM100 8 7 Mass percent as a conversion factor
CHEM100 8 8 Empirical Formula
CHEM100 8 9 Emp to Molecular formula
CHEM100 9 1 Chemical Rxns
CHEM100 9 10 Molecular, complete, and net ionic eqns
CHEM100 9 11 Acid Base Rxns
CHEM100 9 12 Gas Evolution Rxns
CHEM100 9 13 Redox Rxns
CHEM100 9 14 Another way to classify rxns
CHEM100 9 2 Evidence of chemical rxns
CHEM100 9 3 Diatomic Gases
CHEM100 9 4 Parts of a chemical equation
CHEM100 9 5 Balancing chemical eqns
CHEM100 9 6 tip 1
CHEM100 9 7 tip 2
CHEM100 9 8 Solubility and aq solns
CHEM100 9 9 Precipitaiton Rxns
CHEM101 1 1 Intro to chemistry
CHEM101 1 2 phases of matter
CHEM101 1 3 classifications of matter
CHEM101 1 4 chemical and physical changes
CHEM101 1 5 the scientific method
CHEM101 10 1 Gases
CHEM101 10 10 Stoichiometry
CHEM101 10 11 Density
CHEM101 10 12 Finding Molar Mass
CHEM101 10 13 Mixtures of Gases
CHEM101 10 14 Mole Fraction
CHEM101 10 15 Molecular Speeds and Temp
CHEM101 10 16 KE and Molecular Speed
CHEM101 10 17 Diffusion and Effusion
CHEM101 10 18 Real Gases
CHEM101 10 2 Kinetic Molecular Theory
CHEM101 10 3 Pressure
CHEM101 10 4 Kelvin Scale
CHEM101 10 5 Physical Properties
CHEM101 10 6 Gas Simulation
CHEM101 10 7 Proportionalities Combined
CHEM101 10 8 Ideal Gas LAw
CHEM101 10 9 STP
CHEM101 11 1 Solids and Liquids
CHEM101 11 10 Capillary Action
CHEM101 11 11 Phase Transitions
CHEM101 11 12 Vaporization
CHEM101 11 13 Vapor Pressure
CHEM101 11 14 Boiling Point
CHEM101 11 15 Enthalpy of Vaporization
CHEM101 11 16 Clausius Clapeyron
CHEM101 11 17 Heating Curves
CHEM101 11 18 Example
CHEM101 11 19 Phase Diagrams
CHEM101 11 2 IMFs
CHEM101 11 20 Solids
CHEM101 11 21 X Ray Cyrstallography
CHEM101 11 22 Unit Cells
CHEM101 11 23 Simple Cubic
CHEM101 11 24 Body Centered Cubic
CHEM101 11 25 Face Centered Cubic
CHEM101 11 26 Example 1
CHEM101 11 27 Example 2
CHEM101 11 28 Types of solids
CHEM101 11 29 Plastics
CHEM101 11 3 Phase Transitions
CHEM101 11 4 Dispersion Forces
CHEM101 11 5 Factors Affecting Dispersion Forces
CHEM101 11 6 Dipole Dipole
CHEM101 11 7 Hydrogen Bonding
CHEM101 11 8 Ion Dipole
CHEM101 11 9 Surface Tension and Viscosity
CHEM101 12 1 Solutions
CHEM101 12 10 Vapor Pressure Lowering
CHEM101 12 11 With Volatile Solvents
CHEM101 12 12 Boiling Point Elevation
CHEM101 12 13 Freezing Point Depression
CHEM101 12 14 Osmotic Pressure
CHEM101 12 15 Blood cells
CHEM101 12 16 Molar Mass Determination
CHEM101 12 17 Electrolytes
CHEM101 12 18 Colloids and suspensions
CHEM101 12 2 Entropy
CHEM101 12 3 Like Dissolves Like
CHEM101 12 4 Solubility
CHEM101 12 5 Gases in Liquids
CHEM101 12 6 Henrys Law
CHEM101 12 7 Molality
CHEM101 12 8 Example
CHEM101 12 9 Colligative Properties
CHEM101 2 1 Atoms!
CHEM101 2 10 Common Charges
CHEM101 2 2 parts of an atom
CHEM101 2 3 atomic number
CHEM101 2 4 isotopes
CHEM101 2 5 atomic mass
CHEM101 2 6 Another Example
CHEM101 2 7 mass spectroscopy
CHEM101 2 8 ions
CHEM101 2 9 Game!
CHEM101 3 1 Matter and Energy
CHEM101 3 10 Principle Quantum Number
CHEM101 3 11 Angular Quantum Number
CHEM101 3 12 Magnetic Quantum Number and Spin
CHEM101 3 13 Electron Configurations and the Periodic Table
CHEM101 3 14 Electron configuration the periodic table
CHEM101 3 15 Electron Configurations
CHEM101 3 16 D Block Electron Config
CHEM101 3 17 Electron Config of Ions
CHEM101 3 18 Valence Electrons
CHEM101 3 19 The why behind common charges
CHEM101 3 2 Light
CHEM101 3 20 Periodic Trends
CHEM101 3 21 Size Trends
CHEM101 3 22 Ionic Radii
CHEM101 3 23 Isoelectronic Ions
CHEM101 3 24 Ionization Energies
CHEM101 3 25 Valence Electrons are Easy to remove
CHEM101 3 26 Electron Affinity
CHEM101 3 27 Metallic Character
CHEM101 3 28 Characteristics
CHEM101 3 3 Electromagnetic Spectrum
CHEM101 3 4 Wave Interference
CHEM101 3 5 The Quantum Realm
CHEM101 3 6 Quantization
CHEM101 3 7 The Bohr Model
CHEM101 3 8 Uncertainty Principle
CHEM101 3 9 The Quantum Model
CHEM101 4 1 Chemical Bonding
CHEM101 4 10 Covalent Bonding
CHEM101 4 11 Electronegativity
CHEM101 4 12 Formal Charge
CHEM101 4 13 Resonance Structures
CHEM101 4 14 Bond Order
CHEM101 4 15 Octet Guideline
CHEM101 4 16 Drawing Lewis Structures
CHEM101 4 17 Step 1 Count VE
CHEM101 4 18 Step 2 Skeletal Structure
CHEM101 4 19 Step 3Add bonds and lone pairs
CHEM101 4 2 Types of Chemical Bonds
CHEM101 4 20 Step 4 Double and Triple Bonds
CHEM101 4 21 More exceptions
CHEM101 4 22 Guidelines
CHEM101 4 23 Like dissolves Like
CHEM101 4 24 Polar Bond
CHEM101 4 25 Molecular Shape
CHEM101 4 26 VSEPR
CHEM101 4 27 Linear
CHEM101 4 28 Trigonal Planer
CHEM101 4 29 Tetrahedral
CHEM101 4 3 Metallic Bonding
CHEM101 4 30 Trigonal Bipyramidal
CHEM101 4 31 Octahedral
CHEM101 4 32 Multiple Shapes
CHEM101 4 33 Molecule Polarity
CHEM101 4 34 Valence Bond Theory
CHEM101 4 35 Hybridization
CHEM101 4 36 sp2
CHEM101 4 37 sp
CHEM101 4 38 Molecular Orbital Theory
CHEM101 4 39 Para vs Diamagnetic
CHEM101 4 4+5 Lewis Symbols
CHEM101 4 40 types of pure substances
CHEM101 4 41 Molecular cmpds
CHEM101 4 42 Ionic cmpds
CHEM101 4 43 Tranistion metal charges
CHEM101 4 44 nomenclature
CHEM101 4 45 Ionic cmpds with fixed charge
CHEM101 4 46 Varible charge ionic cmpds
CHEM101 4 47 Ionic cmpds with polyatomic ions
CHEM101 4 48 Hydrates
CHEM101 4 49 Molecular compounds
CHEM101 4 50 Acids
CHEM101 4 51 Binary acids
CHEM101 4 52 oxyacids
CHEM101 4 53 Summary
CHEM101 4 54 Weighing a molcule
CHEM101 4 6 Ionic Lattices
CHEM101 4 7 Born Haber Cycle
CHEM101 4 8 Coulombs Law
CHEM101 4 9 Polyatomic Ions
CHEM101 5 1 Math incoming
CHEM101 5 10 Units
CHEM101 5 11 Metric Units
CHEM101 5 12 Prefixes
CHEM101 5 13 Equalities as conversion units
CHEM101 5 14 Unit Conversion
CHEM101 5 15 Conversion with more units
CHEM101 5 16 Nursing Example
CHEM101 5 17 Money Example
CHEM101 5 18 Volume
CHEM101 5 19 Density
CHEM101 5 2 Scientific Notation Large Numbers
CHEM101 5 20 Density as a conversion unit
CHEM101 5 3 Small numbers
CHEM101 5 4 Measurement precision
CHEM101 5 5 Counting Sig Figs
CHEM101 5 6 Exact numbers
CHEM101 5 7 Multiplication and division
CHEM101 5 8 Addition and subtraction
CHEM101 5 9 Operations Combined
CHEM101 6 1 Intro
CHEM101 6 10 Example 2
CHEM101 6 11 example 3
CHEM101 6 12 Mass percent
CHEM101 6 13 Volume percentage
CHEM101 6 14 ppm and ppb
CHEM101 6 15 mass composition
CHEM101 6 16 Mass percent as a conversion factor
CHEM101 6 17 Empirical Formula
CHEM101 6 18 Emp to Molecular formula
CHEM101 6 19 Dilutions of solutions
CHEM101 6 2 Counting by Weighing
CHEM101 6 3 The Mole
CHEM101 6 4 Weighing Out Moles
CHEM101 6 5 Molecules by the gram
CHEM101 6 6 chemical formula as conversion factors
CHEM101 6 7 More units
CHEM101 6 8 Solutions
CHEM101 6 9 Molarity Example 1
CHEM101 7 1 Chemical Rxns
CHEM101 7 10 Molecular, complete, and net ionic eqns
CHEM101 7 11 Electrolytes
CHEM101 7 12 Acids and Bases
CHEM101 7 13 Strong Vs Weak
CHEM101 7 14 Neutralization Rxns
CHEM101 7 15 Gas Evolution Rxns
CHEM101 7 16 Redox Rxns
CHEM101 7 17 Oxidation States
CHEM101 7 18 Calculating Oxidation numbers
CHEM101 7 19 Common Oxidation Numbers
CHEM101 7 2 Evidence of chemical rxns
CHEM101 7 20 Redox Rxns
CHEM101 7 21 Metals and Acids
CHEM101 7 22 Combustion Rxns
CHEM101 7 23 Another way to classify rxns
CHEM101 7 3 Diatomic Gases
CHEM101 7 4 Parts of a chemical equation
CHEM101 7 5 Balancing chemical eqns
CHEM101 7 6 tip 1
CHEM101 7 7 tip 2
CHEM101 7 8 Solubility and aq solns
CHEM101 7 9 Precipitaiton Rxns
CHEM101 8 1 Warning
CHEM101 8 10 Theoretical yield and limiting reactant
CHEM101 8 11 Example with Mass
CHEM101 8 12 Example with molarity
CHEM101 8 13 Percent Yield
CHEM101 8 14 Example
CHEM101 8 15 Qual Chem Anal
CHEM101 8 16 Titrations
CHEM101 8 17 Grav Anal
CHEM101 8 18 Combustion Anal
CHEM101 8 2 Stoichiometry
CHEM101 8 3 Sandwhich Analogy
CHEM101 8 4 Mole to Mole practice
CHEM101 8 5 Count by Measuring
CHEM101 8 6 Mass
CHEM101 8 7 Molarity
CHEM101 8 8 Mass Percent
CHEM101 8 9 Density
CHEM101 9 1 Thermochemistry
CHEM101 9 10 Enthalpy
CHEM101 9 11 Endo and Exothermic
CHEM101 9 12 Enathalpies of Rxns
CHEM101 9 13 Standard Enthalpy of formation
CHEM101 9 14 Enthalpy is a State Function
CHEM101 9 15 Hess's Law
CHEM101 9 16 With Chem Eqns
CHEM101 9 17 Bond Enthalpies
CHEM101 9 18 Bond Enthalpy Observations
CHEM101 9 2 Energy
CHEM101 9 3 Thermal E
CHEM101 9 4 Specific Heat Capacity
CHEM101 9 5 Desert Vs Coast
CHEM101 9 6 Plug and Chug q=mCdT
CHEM101 9 7 Calorimetry
CHEM101 9 8 Example
CHEM101 9 9 With Rxns
CHEM101 CH1 pt5 accuracy vs precision
CHEM101 CH1 pt6 intensive vs extensive property
CHEM101 CH2 pt1 intro
CHEM101 CH2 pt10 metals and nonmetals
CHEM101 CH2 pt11 common charges
CHEM101 CH2 pt12 ionic cmpds
CHEM101 CH2 pt13 polyatomic ions
CHEM101 CH2 pt14 nomencalture ionic fixed charge
CHEM101 CH2 pt15 nomenclature ionic variable charge
CHEM101 CH2 pt16 nomenclature covalent
CHEM101 CH2 pt17 Acids nomenclature
CHEM101 CH2 pt18 summary
CHEM101 CH2 pt2 Law of conservation of mass
CHEM101 CH2 pt9 groups in the periodic table
CHEM101 CH6 1 pt1 intro
CHEM101 CH6 1 pt10 2 slit expt
CHEM101 CH6 1 pt11 heisenburg uncertainty principle
CHEM101 CH6 1 pt12 schrodingers cat
CHEM101 CH6 1 pt13 probablity density charts
CHEM101 CH6 1 pt14 schrodinger eqn
CHEM101 CH6 1 pt15 quantum numbers n and l
CHEM101 CH6 1 pt16 quantum numbers ml and ms
CHEM101 CH6 1 pt17 1s 2s 3s orbitals
CHEM101 CH6 1 pt18 orbital shapes
CHEM101 CH6 1 pt19 allowed QN values
CHEM101 CH6 1 pt2 waves and particles
CHEM101 CH6 1 pt20 evolution of the model of an atom
CHEM101 CH6 1 pt3 parts of a wave
CHEM101 CH6 1 pt4 converting wavelength and fequency
CHEM101 CH6 1 pt5 electromagnetic spectrum
CHEM101 CH6 1 pt6 particle nature of light
CHEM101 CH6 1 pt7 continuous vs quantized
CHEM101 CH6 1 pt8 quantized energy levels of an atom
CHEM101 CH6 1 pt9 bohr model of atom
CHEM101 CH6 2 pt1 intro
CHEM101 CH6 2 pt10 Transition Metal electron configuration
CHEM101 CH6 2 pt11 f block and after
CHEM101 CH6 2 pt12 electron configuration and quantum numbers
CHEM101 CH6 2 pt13 ion electron configuration
CHEM101 CH6 2 pt2 electron filling intro
CHEM101 CH6 2 pt3 reading the periodic table
CHEM101 CH6 2 pt4 electron configuration and orbital diagrams hydrogen through carbon
CHEM101 CH6 2 pt5 nitrogen through neon
CHEM101 CH6 2 pt6 counting valence electrons
CHEM101 CH6 2 pt7 valence electrons and shielding
CHEM101 CH6 2 pt8 electron configuration for n greater than 3
CHEM101 CH6 2 pt9 penetration explains s and d orbital energy levels
CHEM101 CH7 1 pt1 intro
CHEM101 CH7 1 pt10 metallic bonding
CHEM101 CH7 1 pt2 Lewis Dot diagrams
CHEM101 CH7 1 pt3 Ionic Bonds
CHEM101 CH7 1 pt4 Lattice Energy
CHEM101 CH7 1 pt5 Born Haber cycle
CHEM101 CH7 1 pt6 Trends in lattice energy
CHEM101 CH7 1 pt7 Lattice energy examples
CHEM101 CH7 1 pt8 post TM charges
CHEM101 CH7 1 pt9 properties of ionic cmpds
CHEM101 CH7 2 pt1 intro
CHEM101 CH7 2 pt10 octet guideline
CHEM101 CH7 2 pt11 odd electron
CHEM101 CH7 2 pt12 hypovalent
CHEM101 CH7 2 pt13 hypervalent
CHEM101 CH7 2 pt14 hints in formulas
CHEM101 CH7 2 pt15 Lewis Rules Full
CHEM101 CH7 2 pt2 single double and triple bonds
CHEM101 CH7 2 pt3 Why bond
CHEM101 CH7 2 pt4 Bond polarity
CHEM101 CH7 2 pt5 electronegativity
CHEM101 CH7 2 pt6 polar vs pure covalent
CHEM101 CH7 2 pt7 Lewis Steps simple
CHEM101 CH7 2 pt8 Formal charge
CHEM101 CH7 2 pt9 resonance hybrid
CHEM101 CH7 3 pt1 Intro
CHEM101 CH7 3 pt10 octahedral
CHEM101 CH7 3 pt11 review
CHEM101 CH7 3 pt12 shape example
CHEM101 CH7 3 pt13 polarity
CHEM101 CH7 3 pt2 Bond Energy
CHEM101 CH7 3 pt3 Bond Lengths
CHEM101 CH7 3 pt4 Molecule Shapes intro
CHEM101 CH7 3 pt5 VSEPR
CHEM101 CH7 3 pt6 Linear
CHEM101 CH7 3 pt7 Trig planer
CHEM101 CH7 3 pt8 tetrahedral
CHEM101 CH7 3 pt9 trig bipyr
CHEM101 CH8 pt1 Intro
CHEM101 CH8 pt10 molecular orbital theory
CHEM101 CH8 pt11 mo diagrams
CHEM101 CH8 pt2 valence bond theory
CHEM101 CH8 pt3 failure of valence bond theory
CHEM101 CH8 pt4 hybridization
CHEM101 CH8 pt5 sp3
CHEM101 CH8 pt6 sp2
CHEM101 CH8 pt7 sp
CHEM101 CH8 pt8 more than 4 things
CHEM101 CH8 pt9 example
CHEM101 CH9 pt1 Intro
CHEM101 CH9 pt10 Stoichiometry and the gas law
CHEM101 CH9 pt11 Kinetic Molecular Theory
CHEM101 CH9 pt12 Kinetic Energy and Temperature
CHEM101 CH9 pt13 KE T Velocity plugChug
CHEM101 CH9 pt14 Velocity vs T plots
CHEM101 CH9 pt15 Diffusion and Effusion
CHEM101 CH9 pt16 nonideal behavior
CHEM101 CH9 pt2 Atmospheric pressure and units of pressure
CHEM101 CH9 pt3 Gas Relationships
CHEM101 CH9 pt4 ideal gas qualitative
CHEM101 CH9 pt5 Ideal Gas plug and Chug Cont
CHEM101 CH9 pt6 Ideal Gas initial and final states plug and chug
CHEM101 CH9 pt7 STP molar volume density
CHEM101 CH9 pt8 Partial Pressure
CHEM101 CH9 pt9 Vapor Pressure
CHEM101 Test2Review CH5
CHEM101 Test2Review Stoichiometry
Chem101 Test2Review TypesOfRxns
CHEM101-Test2Revew CH3Pt2
CHEM101-Test2Review-BalancingReactions
CHEM102 CH10 pt1 intro to IMFs
CHEM102 CH10 pt10 clasius clapyreon
CHEM102 CH10 pt11 phase changes
CHEM102 CH10 pt12 energy in phase changes
CHEM102 CH10 pt13 phase diagrams
CHEM102 CH10 pt14 solids and defects
CHEM102 CH10 pt15 xray diffraction
CHEM102 CH10 pt16 unit cells
CHEM102 CH10 pt17 simple cubic
CHEM102 CH10 pt18 body centered cubic
CHEM102 CH10 pt19 face centered cubic
CHEM102 CH10 pt2 dispersion forces
CHEM102 CH10 pt20 hcp
CHEM102 CH10 pt21 density
CHEM102 CH10 pt22 denisty example
CHEM102 CH10 pt23 types of solids
CHEM102 CH10 pt3 LDFs size trends
CHEM102 CH10 pt4 LDFs surface area
CHEM102 CH10 pt5 dipole dipole
CHEM102 CH10 pt6 hydrogen bonding
CHEM102 CH10 pt7 example
CHEM102 CH10 pt8 IMF properties
CHEM102 CH10 pt9 vaporization
CHEM102 CH11 pt1 solutions intro
CHEM102 CH11 pt10 gases in liquids
CHEM102 CH11 pt11 henrys law
CHEM102 CH11 pt12 solids in liquids
CHEM102 CH11 pt13 units of concentration
CHEM102 CH11 pt14 colligative properties
CHEM102 CH11 pt15 vapor pressure lowering
CHEM102 CH11 pt16 boiling point elevation
CHEM102 CH11 pt17 freezing point depression
CHEM102 CH11 pt18 osmosis
CHEM102 CH11 pt19 vant hoff factor
CHEM102 CH11 pt2 general properties of solns
CHEM102 CH11 pt20 vant hoff factor in eqns
CHEM102 CH11 pt21 colloids and suspensions
CHEM102 CH11 pt22 emulsions
CHEM102 CH11 pt3 ideal soln formation
CHEM102 CH11 pt4 ion dipole imf
CHEM102 CH11 pt5 formation of a soln
CHEM102 CH11 pt6 will it mix example
CHEM102 CH11 pt7 electrolytes
CHEM102 CH11 pt8 covalent electrolytes
CHEM102 CH11 pt9 supersaturated solns
CHEM102 CH12 pt1 kinetics intro
CHEM102 CH12 pt10 method of initial rates faster
CHEM102 CH12 pt11 rate order meaning
CHEM102 CH12 pt12 integrated rate laws
CHEM102 CH12 pt13 1st order
CHEM102 CH12 pt14 2nd order
CHEM102 CH12 pt15 zero order
CHEM102 CH12 pt16 half life intro
CHEM102 CH12 pt17 1st order half life
CHEM102 CH12 pt18 example
CHEM102 CH12 pt19 2nd order half life
CHEM102 CH12 pt2 chemical reaction rates
CHEM102 CH12 pt20 zero order half life
CHEM102 CH12 pt21 summary
CHEM102 CH12 pt22 Collison theory
CHEM102 CH12 pt23 orientation
CHEM102 CH12 pt24 activation E
CHEM102 CH12 pt25 arrhenius eqn
CHEM102 CH12 pt26 rxn mechanisms
CHEM102 CH12 pt27 elementary rxns
CHEM102 CH12 pt28 rate determining step
CHEM102 CH12 pt29 RDS first
CHEM102 CH12 pt3 instantaneous rate
CHEM102 CH12 pt30 RDS not first
CHEM102 CH12 pt31 catalysis
CHEM102 CH12 pt32 types of catalysis
CHEM102 CH12 pt4 example
CHEM102 CH12 pt5 factors affecting rate
CHEM102 CH12 pt6 rate determined experimentalls
CHEM102 CH12 pt7 rate laws intro
CHEM102 CH12 pt8 zero first and 2nd order
CHEM102 CH12 pt9 method of inital rates
CHEM102 CH13 pt1 equilibrium intro
CHEM102 CH13 pt10 Le Chatlier principle
CHEM102 CH13 pt11 gases and pressure volume
CHEM102 CH13 pt12 example
CHEM102 CH13 pt13 effect of temp
CHEM102 CH13 pt14 effect of catalyst
CHEM102 CH13 pt15 5 Le chat and coupled equilibria
CHEM102 CH13 pt15 example
CHEM102 CH13 pt16 RICE with eq concentration given
CHEM102 CH13 pt17 RICE with quadratic formula
CHEM102 CH13 pt18 RICE assumption
CHEM102 CH13 pt19 Another RICE example
CHEM102 CH13 pt2 K and Q
CHEM102 CH13 pt3 K and Q cont
CHEM102 CH13 pt4 Q goes to K
CHEM102 CH13 pt5 Find Keq
CHEM102 CH13 pt6 predicting rxn direction
CHEM102 CH13 pt7 ignore solids and liquid
CHEM102 CH13 pt8 Relate Kp and Kc
CHEM102 CH13 pt9 Coupled equilibria
CHEM102 CH14 pt1 Intro to acids and bases
CHEM102 CH14 pt10 pH of strong acid base solns
CHEM102 CH14 pt11 weak acids
CHEM102 CH14 pt12 pH of weak acid solns
CHEM102 CH14 pt13 another example
CHEM102 CH14 pt14 polyprotic acids
CHEM102 CH14 pt15 weak bases
CHEM102 CH14 pt16 strengths of conjugate acid base pairs
CHEM102 CH14 pt17 Why acidic or basic
CHEM102 CH14 pt18 binary acids
CHEM102 CH14 pt19 oxyacids
CHEM102 CH14 pt2 conjugate pairs
CHEM102 CH14 pt20 other acids
CHEM102 CH14 pt21 carboxylic acids
CHEM102 CH14 pt22 identifying bases
CHEM102 CH14 pt23 salts
CHEM102 CH14 pt24 examples
CHEM102 CH14 pt25 buffers
CHEM102 CH14 pt26 pka of strong acids
CHEM102 CH14 pt27 titrations
CHEM102 CH14 pt28 lewis acids and bases
CHEM102 CH14 pt3 strong vs weak
CHEM102 CH14 pt4 Kw
CHEM102 CH14 pt5 example
CHEM102 CH14 pt6 pH
CHEM102 CH14 pt7 pH plus pOH
CHEM102 CH14 pt8 acidic basic or neutral
CHEM102 CH14 pt9 pH scale
CHEM102 CH15 CoupledEquilibriaExample
CHEM102 CH15 pt1 intro to solubility
CHEM102 CH15 pt10 example
CHEM102 CH15 pt11 qualitative chemical analysis
CHEM102 CH15 pt12 complex ions
CHEM102 CH15 pt13 Large K assumption
CHEM102 CH15 pt14 Coupled Equilibria
CHEM102 CH15 pt15 another example
CHEM102 CH15 pt2 Ksp vs Molar Solubility
CHEM102 CH15 pt3 Molar solubility to Ksp
CHEM102 CH15 pt4 will it dissolve
CHEM102 CH15 pt5 example
CHEM102 CH15 pt6 Ksp and Molar Solubility relationship
CHEM102 CH15 pt7 Common Ion Effect
CHEM102 CH15 pt8 example
CHEM102 CH15 pt9 selective precipitation
CHEM102 CH16 Pt1 Spontaneity
CHEM102 CH16 pt10 WhyFreeEnergy
CHEM102 CH16 pt11 Finding dG std State from Tabulated Data
CHEM102 CH16 pt12 Hess Law
CHEM102 CH16 pt13 dG and Equilibrium
CHEM102 CH16 pt14 Temp Dependence of K
CHEM102 CH16 Pt2 EntropyIntroQualitative
CHEM102 CH16 pt3 dSofPhaseTransition
CHEM102 CH16 pt4 WhatDeterminesSpontaneity
CHEM102 CH16 pt5 Finding dS universe
CHEM102 CH16 pt6 dS std state
CHEM102 CH16 pt7 EntropyTrends
CHEM102 CH16 pt8 GibbsEnergy
CHEM102 CH16 pt9 SpontaneityTempDependence
CHEM102 CH17 pt 12 2 Example
CHEM102 CH17 pt 13 2 example
CHEM102 CH17 pt1 intro
CHEM102 CH17 pt10 determining spontaneous direction
CHEM102 CH17 pt11 storing acids
CHEM102 CH17 pt12 potential gibbs and equilibrium
CHEM102 CH17 pt13 concentration cell
CHEM102 CH17 pt14 batteries and fuel cells
CHEM102 CH17 pt15 corrosion
CHEM102 CH17 pt16 electrolysis
CHEM102 CH17 pt17 stoichiometry
CHEM102 CH17 pt18 Balancing Half Cell Rxns Acidic
CHEM102 CH17 pt19 Balancing in Basic Soln
CHEM102 CH17 pt2 oxidation numbers
CHEM102 CH17 pt3 redox rxn
CHEM102 CH17 pt4 electrochemical cell
CHEM102 CH17 pt5 anode and cathode
CHEM102 CH17 pt6 cell notation
CHEM102 CH17 pt7 potential
CHEM102 CH17 pt8 std hydrogen electrode
CHEM102 CH17 pt9 std cell potential
CHEM102 CH19 pt1 intro
CHEM102 CH19 pt10 coordination and linkage isomers
CHEM102 CH19 pt11 hybridization
CHEM102 CH19 pt12 Crystal Field Theory
CHEM102 CH19 pt13 Color
CHEM102 CH19 pt14 high spin vs low spin
CHEM102 CH19 pt15 ligand field strength
CHEM102 CH19 pt16 Color Example
CHEM102 CH19 pt17 other crystal field theory energy diagrams
CHEM102 CH19 pt18 catalytic cycle
CHEM102 CH19 pt2 electron configurations
CHEM102 CH19 pt3 oxidation states
CHEM102 CH19 pt4 useful properties of transition metals
CHEM102 CH19 pt5 coordination
CHEM102 CH19 pt6 coordination numbers
CHEM102 CH19 pt7 coordination geometries
CHEM102 CH19 pt8 isomers intro and optical
CHEM102 CH19 pt9 geometric isomers
CHEM102 CH20 pt1 Intro
CHEM102 CH20 pt10 functional groups
CHEM102 CH20 pt11 redox
CHEM102 CH20 pt12 synthesis
CHEM102 CH20 pt13 rxn mechanisms
CHEM102 CH20 pt14 Follow Your Arrows
CHEM102 CH20 pt15 acid base rxn mechanism
CHEM102 CH20 pt2 carbon based life
CHEM102 CH20 pt3 organic vs ochem
CHEM102 CH20 pt4 why carbon
CHEM102 CH20 pt5 skeletal structures
CHEM102 CH20 pt6 example and formal charge
CHEM102 CH20 pt7 hybridization bond angle and shape
CHEM102 CH20 pt8 nomenclature
CHEM102 CH20 pt9 enantiomers
CHEM102 CH21 pt1 Intro
CHEM102 CH21 pt10 summary
CHEM102 CH21 pt11 predicting nuclear decay
CHEM102 CH21 pt12 half life
CHEM102 CH21 pt13 example
CHEM102 CH21 pt14 nuclear transmutation
CHEM102 CH21 pt15 nuclear fission
CHEM102 CH21 pt16 nuclear fusion
CHEM102 CH21 pt17 binding E curve
CHEM102 CH21 pt18 biological effects
CHEM102 CH21 pt2 strong nuclear force
CHEM102 CH21 pt3 nuclear binding E
CHEM102 CH21 pt4 nuclei stability
CHEM102 CH21 pt5 alpha decay
CHEM102 CH21 pt6 beta decay
CHEM102 CH21 pt7 gamma decay
CHEM102 CH21 pt8 positron emission
CHEM102 CH21 pt9 electron capture
CHEM102 Lab CommonAnions
Chem102 Lab Qual 1
CHEM102 Lab SilverAcetateSolubilityPdt
CHEM102 LewisReview pt1 Bonding types
CHEM102 LewisReview pt2 polar covalent bonds
CHEM102 LewisReview pt3 lewis guidelines
CHEM102 LewisReview pt4 examples
CHEM102 LewisReview pt5 VSEPR
CHEM102 LewisReview pt6 polarity
CHEM102-CH15 Day2
CHEM112 1 1 3 why carbon
CHEM112 1 1 What is Ochem
CHEM112 1 10 Formal Charge
CHEM112 1 11 FC example
CHEM112 1 12 orbitals and hybridization
CHEM112 1 13 sp3
CHEM112 1 14 sp2
CHEM112 1 15 sp
CHEM112 1 16 example
CHEM112 1 17 molecular orbital theory
CHEM112 1 18 VSEPR
CHEM112 1 19 Skeletal Structure
CHEM112 1 2 carbon based life
CHEM112 1 20 example
CHEM112 1 21 polar covalent
CHEM112 1 22 polar bond vs polar molecule
CHEM112 1 23 structure property relationships
CHEM112 1 24 IMFs
CHEM112 1 25 example
CHEM112 1 26 solubility
CHEM112 1 3 Why Carbon
CHEM112 1 4 the atom
CHEM112 1 5 bonding types
CHEM112 1 6 shortcuts and formal charge
CHEM112 1 6 valence electrons
CHEM112 1 7 constitutional isomers
CHEM112 1 7 predicting stable form
CHEM112 1 8 Lewis Structures of Organic Compounds
CHEM112 1 9 constitutional isomers
CHEM112 10 1 identification of molecules
CHEM112 10 10 carbonyl peak
CHEM112 10 11 alkenes and alkanes
CHEM112 10 12 triple bonds
CHEM112 10 13 NH bonds
CHEM112 10 14 match the spectra
CHEM112 10 15 google it
CHEM112 10 16 mass spec
CHEM112 10 17 electron impact ionization
CHEM112 10 18 mass spectrum
CHEM112 10 19 M plus 1 peak
CHEM112 10 2 spectroscopy
CHEM112 10 20 Br and Cl
CHEM112 10 21 odd Ns
CHEM112 10 22 fragmentation patterns
CHEM112 10 23 rearrangements
CHEM112 10 24 rule of 13
CHEM112 10 25 high res mass spec
CHEM112 10 26 degrees of unsaturation
CHEM112 10 27 DU with heteroatoms
CHEM112 10 28 combo MS and IR
CHEM112 10 3 electromagnetic radiation
CHEM112 10 4 quantization
CHEM112 10 5 vibrational excitation
CHEM112 10 6 ball and spring model
CHEM112 10 7 IR readout
CHEM112 10 8 diagnostic and fingerprint region
CHEM112 10 9 alcohol peak
CHEM112 11 1 NMR
CHEM112 11 10 common patterns
CHEM112 11 11 complex coupling
CHEM112 11 12 noncoupling protons
CHEM112 11 13 NMR notation
CHEM112 11 14 choosing between cmpds
CHEM112 11 15 aromatic region
CHEM112 11 16 predict spectra
CHEM112 11 17 1 practice
CHEM112 11 17 2 practice
CHEM112 11 17 3 practice
CHEM112 11 17 4 practice
CHEM112 11 17 5 practice
CHEM112 11 18 C13 NMR
CHEM112 11 19 DEPT C NMR
CHEM112 11 2 theory
CHEM112 11 20 put it all together
CHEM112 11 21 webspectra example
CHEM112 11 22 ND example
CHEM112 11 3 proton NMR
CHEM112 11 4 location of peaks
CHEM112 11 5 location cont
CHEM112 11 6 number of peaks
CHEM112 11 7 topic protons
CHEM112 11 8 integration
CHEM112 11 9 coupling
CHEM112 12 1 conjugation
CHEM112 12 10 endo preference
CHEM112 12 11 regioselectivity
CHEM112 12 12 UV Vis Spectroscopy
CHEM112 12 13 UVVis cont
CHEM112 12 2 synthesis of dienes
CHEM112 12 3 Bond lengths and stability
CHEM112 12 4 Molecular orbital theory
CHEM112 12 5 electrophillic addition
CHEM112 12 6 diels alder cycloaddition
CHEM112 12 7 dienohile
CHEM112 12 8 stereospecificity
CHEM112 12 9 diene
CHEM112 13 1 aromaticity
CHEM112 13 10 carbonyls
CHEM112 13 11 PAHs
CHEM112 13 2 nomenclature
CHEM112 13 3 structure of benzene
CHEM112 13 4 stability
CHEM112 13 5 source of stability
CHEM112 13 6 Huckels rule
CHEM112 13 7 aromatic antiaromatic nonaromatic
CHEM112 13 8 ions
CHEM112 13 9 heterocycles
CHEM112 2 1 Functional Groups
CHEM112 2 10 cyclopropane
CHEM112 2 11 cyclobutane
CHEM112 2 12 cyclopentane
CHEM112 2 13 cycclohexane
CHEM112 2 14 Drawing cyclohexane chair
CHEM112 2 15 Axial vs equitorial
CHEM112 2 16 newman projection
CHEM112 2 17 chair flip
CHEM112 2 18 chair flip with substituents
CHEM112 2 19 cis vs trans
CHEM112 2 2 example
CHEM112 2 20 Chair flip with multiple substituents
CHEM112 2 21 more examples
CHEM112 2 22 polycyclics
CHEM112 2 3 naming alkanes
CHEM112 2 4 branched alkanes
CHEM112 2 5 Wedges and Dashes
CHEM112 2 7 butane Conformer
CHEM112 2 8 Example
CHEM112 2 9 cycloalkanes
CHEM112 3 1 Stereoisomers
CHEM112 3 10 enantiomers vs diastereomers
CHEM112 3 11 Meso Cmpds
CHEM112 3 12 Fischer Projections
CHEM112 3 2 chirality
CHEM112 3 3 ID a chiral center
CHEM112 3 4 enantiomers
CHEM112 3 5 ranking substituents
CHEM112 3 6 R vs S
CHEM112 3 7 nomenclature
CHEM112 3 8 optical activity
CHEM112 3 9 enantiomeric excess
CHEM112 4 1 resonance hybrids
CHEM112 4 2 resonance cont
CHEM112 4 3 resonance arrows
CHEM112 4 4 Formal Charge
CHEM112 4 5 Ranking Contributors
CHEM112 4 6 Common Motifs
CHEM112 4 6 Conformers
CHEM112 4 7 example
CHEM112 4 7 partial charges
CHEM112 4 8 localized or delocalized
CHEM112 5 1 Acids and Bases
CHEM112 5 10 induction
CHEM112 5 11 hybridization
CHEM112 5 12 example
CHEM112 5 13 leveling and solvating effects
CHEM112 5 14 lewis acids and bases
CHEM112 5 2 Acid base rxn Mechanism
CHEM112 5 3 pKa
CHEM112 5 4 Using pKa to identify major pdt
CHEM112 5 5 strong acid is weak conj base
CHEM112 5 6 drawing conjugate acids and bases
CHEM112 5 7 charge
CHEM112 5 8 Atom effects
CHEM112 5 9 Resonance effects
CHEM112 6 1 why does a rxn occur
CHEM112 6 16 proton transfers
CHEM112 6 17 carbocation rearrangements
CHEM112 6 18 combine
CHEM112 7 1 organohalides
CHEM112 7 10 E2
CHEM112 7 11 alkene nomenclature
CHEM112 7 12 alkene stability
CHEM112 7 13 E2 regioselectivity
CHEM112 7 14 E2 stereoselectivity
CHEM112 7 15 E2 and cyclohexanes
CHEM112 7 16 E2 predicting the pdt
CHEM112 7 17 Sn1 and E1
CHEM112 7 18 Sn1
CHEM112 7 19 E1
CHEM112 7 2 Leaving Groups
CHEM112 7 20 rearrangements in Sn1 and E1
CHEM112 7 21 Solvent effects
CHEM112 7 22 2 nucleophilicity and basicity effects on sn1 e1
CHEM112 7 22 substrate effects
CHEM112 7 23 regioselectivity of E1
CHEM112 7 24 Sn1 stereochemistry
CHEM112 7 25 Kinetic isotope effect
CHEM112 7 26 deciding the mechanism
CHEM112 7 27 examples
CHEM112 7 28 Alcohol to alkyl halide
CHEM112 7 29 dehydration of an alcohol
CHEM112 7 3 deeper look at radicals
CHEM112 7 30 tosylates
CHEM112 7 31 synthesis
CHEM112 7 4 radical halogenation
CHEM112 7 5 allylic bromination
CHEM112 7 6 subsitution
CHEM112 7 7 backside attack
CHEM112 7 8 substrate effects
CHEM112 7 9 2 solvent effects
CHEM112 7 9 3 SN2 aprotic solvents
CHEM112 7 9 nucleophilicity
CHEM112 8 1 alkenes E vs Z
CHEM112 8 10 halogenation
CHEM112 8 11 halohydrin
CHEM112 8 12 epoxidation and anti dihyroxylation
CHEM112 8 13 syn dihydroxylation
CHEM112 8 14 stereochemical outcomes
CHEM112 8 15 oxidative cleavage
CHEM112 8 16 cyclopropane synthesis
CHEM112 8 17 radical polymerization
CHEM112 8 18 practice!
CHEM112 8 19 multistep synthesis
CHEM112 8 2 addition rxns
CHEM112 8 3 addition vs elimination
CHEM112 8 4 hydrohalogenation
CHEM112 8 5 antimarkovnikov hydrohalogenation
CHEM112 8 6 acid catalyzed hydration
CHEM112 8 7 oxymercuration demercuration
CHEM112 8 8 2 mechanism cont
CHEM112 8 8 3 stereochemical outcomes
CHEM112 8 8 hydroboration and oxidation
CHEM112 8 9 catalytic hydrogenation
CHEM112 9 1 alkynes
CHEM112 9 10 synthesis
CHEM112 9 11 combine steps
CHEM112 9 12 carbon carbon bond formation
CHEM112 9 13 retrosynthetic analysis
CHEM112 9 14 example 2
CHEM112 9 15 example 3
CHEM112 9 16 example 4
CHEM112 9 17 example 5
CHEM112 9 18 make your own
CHEM112 9 2 nomenclature
CHEM112 9 3 synthesis
CHEM112 9 4 carbon carbon bond formation
CHEM112 9 5 reduction of alkynes
CHEM112 9 6 trans alkene synthesis
CHEM112 9 7 addition to alkynes
CHEM112 9 8 hydration to ketones
CHEM112 9 9 synthesis of aldehydes
CHEM113 14 1 Rxns of Aromatics
CHEM113 14 10 Induction and Resonance
CHEM113 14 11 Activators
CHEM113 14 12 Deactivators
CHEM113 14 13 Ortho Para Directors
CHEM113 14 14 Meta Directors
CHEM113 14 15 Halogen Exception
CHEM113 14 16 Multiple Substituents
CHEM113 14 17 Steric Effects
CHEM113 14 18 NAS
CHEM113 14 19 Benzyne
CHEM113 14 2 EAS
CHEM113 14 20 Other Rxns
CHEM113 14 21 Synthesis
CHEM113 14 22 Switch Director Type
CHEM113 14 23 More Substituents
CHEM113 14 3 Halogenation
CHEM113 14 4 Sulfonation
CHEM113 14 5 Nitration
CHEM113 14 6 FC alkylation
CHEM113 14 7 Limitations of alkylation
CHEM113 14 8 FC acylation
CHEM113 14 9 Activating and Deactivating Groups
CHEM113 15 1 Alcohols Intro
CHEM113 15 10 Grignard Rxn
CHEM113 15 11 Alcohols into Good LGs
CHEM113 15 12 Alcohol to Alkene
CHEM113 15 13 Oxidation of Alcohols
CHEM113 15 14 Oxidation of Phenol
CHEM113 15 2 Primary Secondary and Tertiary
CHEM113 15 3 Nomenclature
CHEM113 15 4 Hydrogen Bonding
CHEM113 15 5 Acid Base Properties
CHEM113 15 6 Factors Affecting Acidity
CHEM113 15 7 Preparation of Alcohols
CHEM113 15 8 Oxidation State
CHEM113 15 9 Reducing Agents
CHEM113 16 1 Ethers
CHEM113 16 10 epoxide synthesis
CHEM113 16 11 Epoxide ring opening with a strong Nu
CHEM113 16 12 Acid catalyzed ring opening
CHEM113 16 13 Thiols
CHEM113 16 14 Thiol Rxns
CHEM113 16 15 Sulfide Nomenclature
CHEM113 16 16 Sulfide Rxns
CHEM113 16 2 Nomenclature
CHEM113 16 3 Structure and Properties
CHEM113 16 4 Crown Ethers
CHEM113 16 5 Synthesis
CHEM113 16 6 Alkoxy Mercuration Demurcuration
CHEM113 16 7 Good Solvents
CHEM113 16 8 Claisen Rearrangement
CHEM113 16 9 epoxides
CHEM113 17 1 Aldehydes and Ketones
CHEM113 17 10 Protecting groups
CHEM113 17 11 Reductions
CHEM113 17 12 Wittig Rxn
CHEM113 17 13 Ylide Generation
CHEM113 17 14 Stereochemistry
CHEM113 17 15 Baeyer Villiger Oxidation
CHEM113 17 16 Regioselectivity
CHEM113 17 2 Nomenclature
CHEM113 17 3 Preparation
CHEM113 17 4 Electrophilicity
CHEM113 17 5 Equilibirum
CHEM113 17 6 Hydrates
CHEM113 17 7 Acetals
CHEM113 17 8 Imines and Enamines
CHEM113 17 9 Imines
CHEM113 18 1 Nomenclature
CHEM113 18 10 Nitrile Hydrolysis
CHEM113 18 11 Amide to Nitrile
CHEM113 18 12 Nitrile Reductions
CHEM113 18 13 Too much nomenclature
CHEM113 18 14 Nucleophillic Acyl Substitution
CHEM113 18 15 Reactivity
CHEM113 18 16 Acidic vs Basic conditions
CHEM113 18 17 Acid Chlorides
CHEM113 18 18 Acid Anhydrides
CHEM113 18 19 Ester Preparation
CHEM113 18 2 Physical properties
CHEM113 18 20 Saponification
CHEM113 18 21 Ester Reduction
CHEM113 18 22 Amides
CHEM113 18 23 Hydrolysis and Reduction
CHEM113 18 24 Mini Summary
CHEM113 18 3 Acidity
CHEM113 18 4 Henderson Hasselbach
CHEM113 18 5 Prepartion
CHEM113 18 6 Grignard with CO2
CHEM113 18 7 Reduction
CHEM113 18 8 Derivatives
CHEM113 18 9 Nitriles
CHEM113 19 1 Alpha Carbon Chemistry
CHEM113 19 10 Acetoacetic Ester Synthesis
CHEM113 19 11 Carbonyl Condensation
CHEM113 19 12 Aldol Addition
CHEM113 19 13 Aldol Condensation
CHEM113 19 14 Aldol Vs Alkylation
CHEM113 19 15 Mixed Aldol
CHEM113 19 16 Intramolecular Aldols
CHEM113 19 17 Claisen Condensation
CHEM113 19 18 Crossed Claisen
CHEM113 19 19 Dieckmann Condensation
CHEM113 19 2 Keto Enol Tautomerization
CHEM113 19 20 Conjugate Addition Rxns
CHEM113 19 21 Review unsatruated carbonyls
CHEM113 19 22 Conjugate vs Direct Addition
CHEM113 19 23 Michael Rxn
CHEM113 19 24 Stork Enamine Synthesis
CHEM113 19 25 Robinson Annulation
CHEM113 19 26 Another trick
CHEM113 19 27 Summary
CHEM113 19 28 Synthesis
CHEM113 19 3 Acidic alpha halogenation
CHEM113 19 4 Alpha halogenation of carboxylic acids
CHEM113 19 5 Enolates
CHEM113 19 6 Basic Alpha Halogenation
CHEM113 19 7 Bases
CHEM113 19 8 Alkylation
CHEM113 19 9 Malonic Ester Synthesis
CHEM113 20 1 amines
CHEM113 20 10 reductive amination
CHEM113 20 11 Hofman Elimination
CHEM113 20 12 Acylation
CHEM113 20 13 Hofman and Curtius rearrangement
CHEM113 20 14 Aryl amines
CHEM113 20 15 Nitrosium ion
CHEM113 20 16 Aryl Diazonium Salts
CHEM113 20 17 Sandmeyer and other rxns
CHEM113 20 18 Azo Coupling
CHEM113 20 19 Heterocycles
CHEM113 20 2 nomenclature
CHEM113 20 3 Structure and properties
CHEM113 20 4 Basicity
CHEM113 20 5 Basicity trends
CHEM113 20 6 prepartion review
CHEM113 20 7 alkylation
CHEM113 20 8 azides
CHEM113 20 9 gabriel synthesis
CHEM113 21 1 Intro to biochem
CHEM113 21 10 Chain Lengthening
CHEM113 21 11 Chain Shortening
CHEM113 21 12 Disaccharides and polysaccarides
CHEM113 21 13 Nucleosides
CHEM113 21 2 Carbohydrates
CHEM113 21 3 Monosaccharides
CHEM113 21 4 Aldoses and Ketoses
CHEM113 21 5 Fischer Projections
CHEM113 21 6 D Sugars
CHEM113 21 7 Cyclic Structures
CHEM113 21 8 Ester and Ether formation
CHEM113 21 9 Glycoside Formation
CHEM113 22 1 Amino Acids Peptides Proteins
CHEM113 22 10 N and C terminus
CHEM113 22 11 Geometry
CHEM113 22 12 Disulfide Bridges
CHEM113 22 13 Peptide Sequencing
CHEM113 22 14 Peptide Synthesis
CHEM113 22 15 Regioselectivity Issues
CHEM113 22 16 Protecting Amines
CHEM113 22 17 Protecting Carboxylic Acids
CHEM113 22 18 Merrifield Synthesis
CHEM113 22 19 Protein Structure
CHEM113 22 2 Amino Acids
CHEM113 22 20 Protein Functions
CHEM113 22 3 Acid Base Properties
CHEM113 22 4 pI
CHEM113 22 5 Electrophoresis
CHEM113 22 6 alpha bromination
CHEM113 22 7 Amidomalonate
CHEM113 22 8 Strecker
CHEM113 22 9 Peptides
CHEM113 23 1 Lipids
CHEM113 23 2 Complex Lipids
CHEM113 23 3 Fatty Acids
CHEM113 23 4 Autooxidation
CHEM113 23 5 Hydrogenation
CHEM113 23 6 Soap
CHEM113 23 7 Lipid Bilayer
CHEM113 23 8 Simple Lipids
CHEM113 24 1 Nucleic Acids
CHEM113 24 2 Polymerization
CHEM113 24 3 Base Pairs
CHEM113 25 1 The carbon cycle
CHEM113 25 2 Metabolic Pathways
Distillation 1
Distillation 2
Distillation 3
Downloading and using chemsketch
Elimination of 2 butanol
Factors Affecting Reaction Rate: Dr.D_Chemistry
GasChromatography
Gravimetric Analysis: Dr.D_Chemistry
How to Succeed in OChem
Intro To Lab Notebook
Lab Notebook Video Guide
Lewis Structure Video Key
Measurement Pre lab
MMVolatileLiquidVideoLowQual
MolarMassOfASolid
Molecular Modeling: Dr.D_Chemistry
MP BP and Density
Physical Properties: Dr.D_Chemistry
PreVinegarTitration
Qual 2
Qual3
Solvent Extraction 1
Solvent Extraction 2
Solvent Extraction 3
Tips for Success
Vinegar Titration