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Math Physics Chemistry
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I. Atomic and Molecular Structure
� AnalysSub-atomic Particles
� Atomic Theory
� Quantum Theory
� Electron Configuration
� Orbital Types
� Lewis-Dot Diagrams
� Bond Types
� Bond Order and Energy
� Periodic Trends of Elements
� VSEPR and Molecular Geometry
II. General Concepts and Stoichiometry
� Naming Chemical Compounds
� Writing Molecular Formulas
� Balancing Equations by Inspection
� Percent Composition
� Empirical Formulae and Molecular Formulas
� Moles and Molar Mass
� Calculations from Balanced Equations
� Lab Techniques
� Data and Error Analysis
III. Acids and Bases and Chemical Equilibria
� Concentration Calculations
� Solution Properties
� Acid and Base Definition
� pH and Acid/BaseStrength
� Bronsted-Lowry Reactions
� Solubility Product Constant Ksp
IV. Phases and Chemical Kinetics
� Kinetic Molecular Theory of Gases
� Dalton's Law
� Boyle's, Charles and Ideal Gas Laws
� Intra-molecular Forces
� Phase Changes
� Boiling Point and Vapor Pressure
� Rate Laws and Half Life
� Activation Energy
V. Thermodynamics and Thermochemistry
� Laws of Thermodynamics
� Hess' Law
� Spontaneity
� Enthalpies and Entropies
� Heat Transfer
VI. Electrochemistry and Nuclear Chemistry
� Redox Reactions
� Balancing Redox Reactions
� Electrolysis and Non-spontaneous Reactions
� Electrode Potentials
� Ecell, Free Energy Change, and Keq
� Ecell vs. T-Nernst Equation
� Batteries and Chemical Reactions
� Corrosion: Unwanted Voltaic Cells
� Decay processes and Half Life
� Nuclear Reactions
� Nuclear Fission and Fusion
� Binding Energy
• Vectors & Scalars
• Adding & Subtracting Vectors
• Multiplying Vectors
• Displacement, Velocity & Acceleration
• Uniformly Accelerated Motion
• Linear Motion & Its Graphs
• Projectile Motion
• Air Resistance
II. Force, Motion & Gravitation
• Mass and Weight
• The Nature of Force
• Newton’s Law
• The Law of Universal Gravitation
• Inclined Planes
• Circular Motion & Centripetal Force
• Friction & Tension
• Hook’s Law
III. Equilibrium, Torque & Energy
• Equilibrium
• Torque
• Energy & Work
• Conservative & Nonconservative Forces
• Work & Friction
IV. Momentum, Machine & Radioactive Decay
• Momentum & Impulse
• Collisions & Reverse Collisions
• Machine
• The Ramp & lever
• The Pulley
• Radioactive Decay & Half-Life
• Mass Defect
• Fission & Fusion
V. Fluids & Solids
• Fluid & Pressure
• Density
• Fluids at Rest & in Motion
• Hydraulic Lift
• Archimedes’ Principle
• Ideal & Non-ideal Fluids
• Solids
• Thermal Expansion
VI. Waves &Sound
• Wave Characteristics
• Superposition, Phase & Interference
• Simple Harmonic Motion
• The Doppler Effect
VII. Electrostatics & Electromagnetism
• Electric Charge
• Coulomb’s Law
• The Electric Field
• Electric Potential
• Magnetic Fields & Forces
• Magnetic Force on a Moving Charge
• Magnetic Fields Due to Currents in Wires
• Magnetic Force on a Wire
• Magnetic Force Between Two Wires
• Electric Motors & Meters
VIII. Electronic Circuit
• Current & Electricity
• Electrical Resistance
• Electrical Power & Energy
• A Series & Parallel Circuit
• Capacitors in Circuits
• Voltage
• Terminal Potential
• Battery & Its Internal Resistance
• Circuit
• Ohm’s Law
• Power
IX. Light & Geometrical Optics
• Electromagnetic Waves
• Shadows
• Reflection & Refraction
• Interference & Diffraction of Light
• Image Formation in Plane Mirrors
• Image Formation in Curved Mirrors
• Image Formation in lenses
I. Structure of Organic Molecules
• Atomic Orbitals and Molecular Orbitals
• Hybridization
• Inter-Molecular Forces
• Aromaticity
• Resonance
II. Laboratory and AnalyticalTechniques
• Reaction and Separation Process
• Purification Technique and Apparatus
• Chemical Identification
• Polarity and Solubility
• Infrared Spectroscopy
• 1H and 13C NMR
• Mass Spectroscopy
III. Acid-Base Chemistry
• Resonance and Inductive Effects
• Prediction of Products
• Equilibria
IV. Stereochemistry
• Conformational Analysis
• Chirality and Optical Activity
• Planes of Symmetry
• Enantiomers and Diastereomers
• Meso Compounds
V. Reaction Mechanism
• Dynamics and Kinetics
• Transition State and Intermediate
• SN1 and SN2 Mechanism
• E1 and E2 Mechanism
• Free Radical Halogenation
• Electrophilic Substitution Mechanism
VI. Organic Compounds
• Alkenes and Alkynes
• Halogen Compounds
• Alcohols and Ethers
• Aldehydes and Ketones
• Amines
• Carboxylic Acids and Their Derivatives
• Bioorganic Molecules
VII. Reactions and Retro-Synthetic Design
• Reactions of Functional Groups
• Retro-Synthetic Design
Physics
500 Study Slides for MCAT
General Chemistry
500 Study Slides for MCAT
Organic Chemistry
500 Study Slides for MCAT
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Contents of MCAT Test in General Chemistry, Organic Chemistry and Physics