Carbocation Rearrangements and Curved Arrow Mechanisms Study Guide
Carbocation Rearrangements and Curved Arrow Mechanisms
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Fundamentals of Organic Functional Groups and Stereoisomerism
Introduction to Isomers and Stereoisomerism
An overview of isomers including constitutional isomers and stereoisomers, featuring cis-trans isomerism and chirality.
- Isomers
- Constitutional isomers
- Stereoisomers
- Cis-trans isomerism
- Chirality
- Chiral molecules
Introduction to Isomers and Stereoisomerism in Organic Chemistry
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Carbocation Rearrangements and Curved Arrow Mechanisms
This lecture covers carbocation rearrangements, combining reaction patterns, and the rules for drawing curved arrows in multistep reaction mechanisms.
- Carbocation rearrangements
- Resonance stabilized cations
- Multistep reaction mechanisms
- Drawing curved arrows
- Duet and octet rules
- Bond formation and breaking
Carbocation Rearrangements and Curved Arrow Mechanisms in Organic Chemistry
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Introduction to Organic Functional Groups
This module covers various functional groups including aromatic, amide, carbonyl, alcohol, carboxylic acid, amine, alkene, and alkyne structures.
- aromatic
- carbonyl
- ketone
- ether
- alcohol
- carboxylic acid
- sp2 hybridization
- resonance
- trigonal planar
- molecular bent geometry
- polar bonds
General Organic Chemistry Stereoisomerism
This lecture covers enantiomers, diastereomers, symmetry, chirality, Fischer projections, conformationally mobile systems, and E and Z designations for alkenes.
- Enantiomers
- Diastereomers
- Symmetry
- Chirality
- Fischer Projections
- Conformationally Mobile Systems
- Meso compounds
- E and Z Designations
Stereoisomerism, Chirality, and R vs. S Configuration
An introduction to stereoisomerism and chirality covering chiral centers, enantiomers, and designating R vs. S configuration using the Cahn-Ingold-Prelog system.
- Stereoisomerism
- Chirality
- Tetrahedral center
- Enantiomers
- Mirror images
- Cahn-Ingold-Prelog system
- R and S configuration
- Atomic number priority
- Diastereomers
- Optical activity
Optical Activity and Enantiomers
Enantiomers are chiral molecules that are optically active and rotate plane of polarized light.
- Optical activity
- Enantiomers
- Plane of polarized light
- Polarimeter
- Specific rotation
- Racemic mixture
- Enantiomeric excess
- Diastereomers
- Constitutional isomers
Kinetics, Thermodynamics, and Acid-Base Equilibria
Reversible and Irreversible Reaction Arrows
Reversible and irreversible reaction arrows are determined by factors such as nucleophile strength, leaving group stability, proton transfers, and carbocation rearrangements.
- Reversible and irreversible reaction arrows
- Nucleophile
- Leaving group
- Proton transfers
- Carbocation rearrangements
- Le Chatelier’s principle
- Equilibria
Brønsted–Lowry Acids, Bases, and Quantifying Acidity
An analysis of Brønsted–Lowry acids and bases using curved arrows, pKa values, and ARIO guidelines to predict equilibria and qualify acidity.
- Brønsted–Lowry definition
- Conjugate acids and bases
- Curved arrows in reactions
- Proton transfer mechanism
- Quantifying acidity
- Ka values
- pKa values
- Predicting acid/base equilibria
- Qualifying Acidity
- ARIO guidelines
- Atom stability
- Resonance
- Induction
- Orbital effects
- Conjugate base stability
- Position of Equilibrium
- pKa comparison
- Choice of Reagent
Acid Base Reactions and Solvent Effects
This content discusses choosing appropriate reagents and solvents for acid/base reactions, the leveling effect of water, solvating effects, counterions, and Lewis acid/base definitions.
- Choice of Reagent
- Leveling Effect
- Role of Solvent
- Solvating Effects
- Ion–dipole Attractions
- Counterions
- Lewis Acid
- Lewis Base
- Brønsted-Lowry Acid-Base Theory
Introduction to Chemical Kinetics and Reaction Rates
Kinetics explores how reaction rate depends on molecular collisions, activation energy, temperature, sterics, catalysts, and concentration of reactants.
- Reaction rate
- Rate law
- Reaction order
- Activation energy
- Temperature
- Steric considerations
- Catalyst
- Molecular collisions
- Concentration of reactants
- Energy diagrams
- Nucleophiles
- Electrophiles
Kinetics, Thermodynamics, and Polar Reactions
Energy diagrams illustrate the differences between kinetics and thermodynamics, transition states, intermediates, and the roles of nucleophiles and electrophiles in polar reactions.
- Kinetics vs. Thermodynamics
- Reaction energy diagrams
- Transition states
- Intermediates
- Nucleophiles
- Electrophiles
- Lewis acid
- Lewis base
- Induction
- Polarizability
- Gibbs free energy
- Activation energy (Ea)
Enthalpy Entropy and Gibbs Free Energy
This lecture covers enthalpy, entropy, Gibbs free energy, and equilibria to describe reaction kinetics and thermodynamics.
- Enthalpy (ΔH)
- Bond dissociation energy (BDE)
- Exothermic and endothermic reactions
- Entropy (ΔS)
- Gibbs (Free) Energy (ΔG)
- Exergonic and endergonic processes
- Equilibrium constant (Keq)
- Enthalpy
- Entropy
- Gibbs Free Energy
- Equilibria
- Bond dissociation energy
- Bond cleavage
- Exothermic reactions
- Endothermic reactions
- Exergonic process
- Endergonic process
- Equilibrium constant
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