Jordan & Jon
Songs
Bio 1: Aerobic Respiration
Bio 1: Carbohydrates
Bio 1: Enzyme Inhibition
Bio 1: Enzymes
Bio 1: Glycolysis and Fermentation
Bio 1: Lipids
Bio 1: Minerals
Bio 1: Nucleic Acids
Bio 1: Primary and Secondary Structure
Bio 1: Proteins
Bio 1: Quaternary Structure
Bio 1: Tertiary Structure
Bio 1: Water
Bio 1: the Electron Transport Chain
Bio 2: Chromosomes
Bio 2: DNA Technology
Bio 2: Meiosis
Bio 2: Mitosis
Bio 2: Mutations
Bio 2: Post-Transcriptional Processing
Bio 2: RNA
Bio 2: Replication
Bio 2: Transcription
Bio 2: Translation
Bio 2: the Cell Life Cycles
Bio 2: the Gene
Bio 2: the Structure of DNA
Bio 2: the Universal Genetic Code
Bio 3: Bacterial Envelope
Bio 3: Bacterial Movement
Bio 3: Endospores
Bio 3: Fungi
Bio 3: Genetic Recombination and Reproduction in Bacteria
Bio 3: Membrane Transport
Bio 3: Microbiology
Bio 3: Sources for Energy, Carbon, and Electrons
Bio 3: Types of Viruses
Bio 3: Viruses
Bio 3: Yeast
Bio 3: the Phospholipid Bilayer
Bio 3: the Structure of Bacteria
Bio 3: the Viral Life Cycle
Bio 4: Cellular Junctions and the Matrix
Bio 4: Endocytosis
Bio 4: Flagella and Cilia
Bio 4: Intercellular Communication
Bio 4: Lysosomes
Bio 4: Mitochondria
Bio 4: Multicellular Organization
Bio 4: Neuroglia
Bio 4: Peroxisomes
Bio 4: Physiology of the Nervous System
Bio 4: Sensory Receptors
Bio 4: Sympathetic and Parasympathetic
Bio 4: Two Sides to Every Cell
Bio 4: the Action Potential
Bio 4: the Brain
Bio 4: the Cytoskeleton
Bio 4: the Glycocalyx
Bio 4: the Golgi
Bio 4: the Nucleus
Bio 4: the Rough ER
Bio 4: the Smooth ER
Bio 4: the Structure of the Nervous System
Bio 4: the Synapse
Bio 5: Aldosterone
Bio 5: Classes of Hormones
Bio 5: Cortisol
Bio 5: Embryology
Bio 5: Exocrine vs. Endocrine
Bio 5: Female Reproductive Hormones
Bio 5: Glucagon
Bio 5: How Peptides Function
Bio 5: How Steroids Function
Bio 5: How Tyrosine Derivatives Function
Bio 5: Insulin
Bio 5: Male Reproductive Hormones
Bio 5: Negative Feedback
Bio 5: the Adrenal Cortex
Bio 5: the Adrenal Medulla
Bio 5: the Anterior Pituitary
Bio 5: the Hypothalamus
Bio 5: the Pancreas
Bio 5: the Parathyroid
Bio 5: the Posterior Pituitary
Bio 5: the Second Messenger System
Bio 5: the Thyroid
Bio 6: Absorption
Bio 6: Absorptive Fate of Carbohydrates
Bio 6: Absorptive Fate of Fats
Bio 6: Absorptive Fate of Proteins
Bio 6: Anatomy of the Digestive System
Bio 6: Digestion
Bio 6: Function and Anatomy of the Kidney
Bio 6: Small Intestines
Bio 6: the Collecting Duct
Bio 6: the Distal Tubule
Bio 6: the Juxtaglomerular Apparatus
Bio 6: the Large Intestine
Bio 6: the Liver
Bio 6: the Loop of Henle
Bio 6: the Mouth and the Esophagus
Bio 6: the Pancreas
Bio 6: the Proximal Tubule
Bio 6: the Renal Corpuscle
Bio 6: the Stomach
Bio 7: Anatomy of the Respiratory System
Bio 7: Blood Cells
Bio 7: Blood Types
Bio 7: Breathing
Bio 7: Cardiovascular Anatomy
Bio 7: Cell Mediated Immunity
Bio 7: Effect of Antibodies
Bio 7: Gas Exchange
Bio 7: Humoral Immunity
Bio 7: Innate Immunity
Bio 7: Oxygen Dissociation Curves
Bio 7: the Action Potential in the Heart
Bio 7: the Blood
Bio 7: the Chloride Shift
Bio 7: the Lymphatic System
Bio 8: Bone
Bio 8: Cardiac Muscle
Bio 8: Cartilage and Joints
Bio 8: Compact Bone
Bio 8: Mechanism of Skeletal Muscle Contraction
Bio 8: Motor Units
Bio 8: Skeletal Muscle Cell Types
Bio 8: Skeletal Muscle
Bio 8: Types of Muscle
Bio 8: the Structure of Skeletal Muscle
Bio 9: Convergent and Divergent Evolution
Bio 9: Evolution
Bio 9: Mendel's Second Law
Bio 9: Mendel
Bio 9: Other Methods of Expression
Bio 9: Ramifications of Being Diploid
Bio 9: Reproductive Strategies
Bio 9: What is a Species?
Bio 9: the Hardy Weinberg Principle
Bio 9: the Origin of the Universe
Chem 1: Atomic Structure
Chem 1: Avogadro's Number and the AMU
Chem 1: Bonds
Chem 1: Degenerate Orbitals
Chem 1: Electron Configuration
Chem 1: Electronegativity and Electron Affinity
Chem 1: Elements and Isotopes
Chem 1: Empirical and Molecular Formulas
Chem 1: Hund's Rule
Chem 1: Ionization Energy
Chem 1: Planck's Quantum Theory
Chem 1: Quantum Mechanics
Chem 1: Quantum Numbers
Chem 1: Reactions
Chem 1: the Aufbau principle
Chem 1: the First Quantum Number
Chem 1: the Fourth Quantum Number
Chem 1: the Heisenberg Uncertainty Principle
Chem 1: the Periodic Table
Chem 1: the Periodic Trends
Chem 1: the Photoelectric Effect
Chem 1: the Second Quantum Number
Chem 1: the Structure of Solids
Chem 1: the Third Quantum Number
Chem 2: Catalysts
Chem 2: Chemical Equilibrium
Chem 2: Dalton's Law
Chem 2: Effusion and Diffusion
Chem 2: Elastic Collisions
Chem 2: Exponents in the Rate Law
Chem 2: How Reaction Occurs
Chem 2: Ideal Gas and Kinetic Molecular Theory
Chem 2: LeChatelier's Principle
Chem 2: No Attractive Forces
Chem 2: No Volume
Chem 2: Reaction Kinetics
Chem 2: Real Gas Behavior
Chem 2: Standard Molecular Volume
Chem 2: Temperature and Kinetic Energy
Chem 2: Temperature and Molecular Kinetic Energy
Chem 2: the Arrhenius Equation
Chem 2: the Ideal Gas Law
Chem 2: the Rate Law
Chem 2: the Reaction Quotient
Chem 3: Closed Systems
Chem 3: Conduction
Chem 3: Convection
Chem 3: Endothermicity and Exothermicity
Chem 3: Energy Diagrams
Chem 3: Enthalpy
Chem 3: Entropy
Chem 3: Equations for Entropy
Chem 3: Gibbs Energy Formula
Chem 3: Gibbs Energy
Chem 3: Heat of Reaction
Chem 3: Internal Energy
Chem 3: Isolated Systems
Chem 3: Open Systems
Chem 3: Radiation
Chem 3: Standard State and Heat of Formation
Chem 3: State Functions
Chem 3: Temperature
Chem 3: What is Thermodynamics
Chem 3: Work
Chem 3: the First Law of Thermodynamics
Chem 3: the Second Law of Thermodynamics
Chem 3: the Third Law of Thermodynamics
Chem 4: Colloids
Chem 4: Deviations to Raoult's Law
Chem 4: Ions
Chem 4: Raoult's Law
Chem 4: Solubilities
Chem 4: Solubility Factors
Chem 4: Solubility
Chem 4: Solution Formation
Chem 4: Solvation
Chem 4: Spectator Ions and the Common Ion Effect
Chem 4: Types of Solutions
Chem 4: Units of Concentration
Chem 4: Vapor Pressure
Chem 4: What is a Solution
Chem 4: the Solubility Product
Chem 5: Boiling Point Elevation
Chem 5: Calorimeter
Chem 5: Colligative Properties
Chem 5: Freezing Point Depression
Chem 5: Heat Capacity
Chem 5: Heat Curves
Chem 5: Osmotic Pressure
Chem 5: Phase Diagrams
Chem 5: Phases
Chem 5: Specific Heat
Chem 5: Thermodynamics of Phase Changes
Chem 6: Acid Strength and pH
Chem 6: Acid and Base Reactions
Chem 6: Acid/Base Equilibrium
Chem 6: Buffered Solutions
Chem 6: Definitions
Chem 6: Indicators
Chem 6: Structural Characteristics of an Acid
Chem 6: Titrations of Polyprotic Acids
Chem 6: Titrations
Chem 6: the Acid Dissociation Constant
Chem 6: the Henderson-Hasselbalch Equation
Chem 6: the Hydronium Ion
Chem 6: the Log Function
Chem 6: the pH of a Strong Acid
Chem 6: the pH of a Weak Acid
Chem 7: A Concentration Cell
Chem 7: An Example of a Galvanic Cell
Chem 7: Electrochemistry
Chem 7: Electrolytic Cells
Chem 7: Gibbs Free Energy and EMF
Chem 7: Half Reaction Potentials
Chem 7: Oxidation States
Chem 7: Redox Reactions
Chem 7: Redox Titrations
Chem 7: the Galvanic Cell
Chem 7: the Nernst Equation
How to Use These Recordings
Intro
Orgo 1: Absolute Configuration
Orgo 1: Bonding
Orgo 1: Chirality
Orgo 1: Conformational Isomers
Orgo 1: Delocalized Electrons
Orgo 1: Diastereomers
Orgo 1: Dipole Moment
Orgo 1: Enantiomers
Orgo 1: Hybridization
Orgo 1: Intermolecular Bonding
Orgo 1: Lewis Dot Structures
Orgo 1: Molecular Structure
Orgo 1: Nomenclature
Orgo 1: Observed Rotation
Orgo 1: Other Functional Groups
Orgo 1: Relative Configuration
Orgo 1: Rules for Drawing Resonance Structures
Orgo 1: Shapes and Bond Angles
Orgo 1: Structural Formulas
Orgo 1: Structural Isomers
Orgo 1: the Important Functional Groups
Orgo 2: Alcohol Synthesis
Orgo 2: Alcohols as Acids
Orgo 2: Alcohols
Orgo 2: Alkanes
Orgo 2: Alkenes
Orgo 2: Benzene
Orgo 2: Catalytic Hydrogenation
Orgo 2: Combustion
Orgo 2: Cycloalkanes
Orgo 2: Electron Donating and Withdrawing Properties
Orgo 2: Electrophilic Addition
Orgo 2: Ethers
Orgo 2: Halogenation of Alkanes
Orgo 2: Halogenation of an Alkene
Orgo 2: Hydration of an Alkene
Orgo 2: Hydroboration
Orgo 2: Nucleophilicity
Orgo 2: Order of Acidity
Orgo 2: Oxidation of Alkenes
Orgo 2: Oxymercuration
Orgo 2: Physical Properties of Alkanes
Orgo 2: Reactions with Alcohols
Orgo 2: SN1 Reactions
Orgo 2: SN1 vs. SN2
Orgo 2: SN2 Reactions
Orgo 2: Synthesis of Alkenes
Orgo 3: Aldehydes and Ketones with Alcohols
Orgo 3: Aldol Condensation
Orgo 3: Amines
Orgo 3: Carboxylic Acids
Orgo 3: Chemical Properties of Aldehydes and Ketones
Orgo 3: Chemistry of Carboxylic Acids
Orgo 3: Conjugation
Orgo 3: Nitriles
Orgo 3: Physical Properties of Aldehydes and Ketones
Orgo 3: Reactions of Carboxylic Acid and Derivatives
Orgo 3: Reactions with Amines
Orgo 3: the Carbonyl
Orgo 4: Amino Acids
Orgo 4: An Example of NMR
Orgo 4: Carbohydrates
Orgo 4: Chromatography
Orgo 4: Crystallization
Orgo 4: Distillation
Orgo 4: Extraction
Orgo 4: Fatty Acids
Orgo 4: IR Spectroscopy
Orgo 4: Integral and Digital Traces
Orgo 4: NMR Summary
Orgo 4: Nuclear Magnetic Resonance
Orgo 4: Peak Position in NMR
Orgo 4: Spin-spin Splitting
Orgo 4: the Isoelectric Point and Electrophoresis
Other Products by Osote Publishing
Phys 1: Air Resistance
Phys 1: Component Vectors, Trigonometry, & Triangles
Phys 1: Distance Traveled
Phys 1: Example in Projectile Motion
Phys 1: Five Step System
Phys 1: Translational Motion Formulas
Phys 1: Translational Motion: Application
Phys 1: Translational Motion: Conceptually
Phys 1: Vectors and Scalars
Phys 1: Vertical Projectile Motion
Phys 2: Center of Mass
Phys 2: Centripetal Acceleration
Phys 2: Centripetal Force
Phys 2: Explanation of Horse & Cart
Phys 2: Formulas for Friction
Phys 2: Friction
Phys 2: Hooke's Law
Phys 2: Inclined Planes
Phys 2: Mass & Weight
Phys 2: Newton's First Law
Phys 2: Newton's Law of Gravity
Phys 2: Newton's Laws of Motion
Phys 2: Newton's Second Law
Phys 2: Newton's Third Law
Phys 2: Radius of Curvature
Phys 2: Rotational Inertia
Phys 2: Static & Kinetic Friction
Phys 2: Summary of Mass & Weight
Phys 2: Tension
Phys 2: Types of Contact Forces
Phys 2: When Does Friction Oppose Motion?
Phys 2: Why Objects Appear to Float in Orbit
Phys 2: the Four Forces of Nature
Phys 3: Another Formula for Work
Phys 3: Conservative Forces
Phys 3: Elastic Potential Energy
Phys 3: Energy
Phys 3: Equilibrium Example
Phys 3: Equilibrium
Phys 3: Example of Torque
Phys 3: Friction & Work
Phys 3: Gravitational Potential Energy
Phys 3: Non-Equilibrium Example
Phys 3: Non-Equilibrium
Phys 3: Power
Phys 3: Systems
Phys 3: Torque
Phys 3: Types of Energy
Phys 3: Work & Conservative Forces
Phys 3: Work vs. Heat
Phys 3: Work
Phys 3: the First Law of Thermodynamics
Phys 4: Alpha Particles
Phys 4: Beta Decay
Phys 4: Collision Example
Phys 4: E=mc²
Phys 4: Elastic vs. Inelastic Collisions
Phys 4: Electron Capture
Phys 4: Fission & Fusion
Phys 4: Gamma Rays & Annihilation
Phys 4: Half-life
Phys 4: How Machines Work
Phys 4: Impulse
Phys 4: Levers
Phys 4: Momentum Defined
Phys 4: Momentum vs. Inertia
Phys 4: Positron Emission
Phys 4: Pulleys
Phys 4: Ramps
Phys 4: Reverse Collisions
Phys 4: Solving Collision Problems
Phys 4: the Reason for Machines
Phys 5: A Hydraulic Lift
Phys 5: Archimedes Principle
Phys 5: Bernoulli's Equation
Phys 5: Density & Specific Gravity
Phys 5: Fluids at Rest
Phys 5: Fluids in Motion
Phys 5: Gauge Pressure
Phys 5: Ideal Fluids
Phys 5: Intensive & Extensive Properties
Phys 5: Modulus of Elasticity
Phys 5: Non-Ideal Fluids
Phys 5: Pascal's Principle
Phys 5: Stress & Strain
Phys 5: Surface Tension
Phys 5: Thermal Expansion
Phys 5: Units of Pressure
Phys 5: the Buoyant Force
Phys 5: the Concept of Pressure
Phys 5: the Continuity Equation
Phys 5: the Nature of Fluids
Phys 6: Beat Frequency
Phys 6: Intensity
Phys 6: Simple Harmonic Motion
Phys 6: Standing Wave
Phys 6: Surface Waves
Phys 6: Velocity of a Wave
Phys 6: Wave Characteristics
Phys 6: Wave Phase
Phys 6: the Doppler Effect
Phys 7: AC Current
Phys 7: An Electric Dipole
Phys 7: Capacitors
Phys 7: Circuit Elements
Phys 7: Circuits
Phys 7: Derivations from Newton's and Coulomb's Law
Phys 7: Electric Charge
Phys 7: Electrostatic Force
Phys 7: Energy of a Capacitor
Phys 7: Fields & Lines of Force
Phys 7: Magnetism
Phys 7: Moment of Charge
Phys 7: Power
Phys 7: Resistivity
Phys 7: Solving Circuits
Phys 8: A System for Optics
Phys 8: Chromatic Dispersion
Phys 8: Diffraction
Phys 8: Double Lense Systems
Phys 8: Electromagnetic Waves
Phys 8: Focal Points
Phys 8: Geometric Optics
Phys 8: Images
Phys 8: Light
Phys 8: Magnification
Phys 8: Power
Phys 8: Radius of Curvature
Phys 8: Ray Diagrams
Phys 8: Types of Lenses & Mirrors
Phys 8: the Thin Lens Equation
The MCAT
Verbal: Strategy Part 1: Energy
Verbal: Strategy Part 2: Focus
Verbal: Strategy Part 3: Confidence
Verbal: Strategy Part 4: Timing
Verbal: Tactics Part 1: the Five Second Break
Verbal: Tactics Part 2: Read Every Word
Verbal: Tactics Part 3: the Main Idea
Verbal: Tactics Part 4: the Four Tools to Find the Answer
Verbal: Tool 1: Going Back to the Passage
Verbal: Tool 2: the Main Idea
Verbal: Tools 3 & 4: the Question Stems and Answer Choices
Verbal: What Kind Improvement Can I Expect
Verbal: Why Verbal Reasoning is on the MCAT
Verbal: the Structure of the Verbal Reasoning Section