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CHEM 231 Organic Chemistry I is a Chemistry course at UMB taught by the following professor: Lenea Stocker. 3 elite notetakers have produced 19 study materials for this Chemistry course.
Fall 2015
Lenea Stocker
CHEM 231
Week 1 notes from lecture and discussion: bonding, molecular orbital theory, lewis dot structures, bond-line structures, hybridization theory, geometry, and some nomenclature.
Week five notes on Conformational isomers and Stereochemistry
Notes on IR spectroscopy: degrees of unsaturation formula, how to read IR, characteristics of functional groups
Acid-base chemistry & equilibrium, Nomenclature (general rules, rings, alkyl halides, alcohols, alkenes, alkynes), Conformations (newman projections, chair conformations, fisher projections), Reactions (hydrogenation, electrophilic addn), Carbocation rearrangements
Covers Markonikov and Antimarkonikov reactions, Addition to Alkanes/alkynes, radical halogenation reactions, selectivity, and substitution reactions
Covers SN1, SN2, E1, and E2 reactions and when they occur
Covers SN1, SN2, E1, E2, alkene, alkane, beta-elimination, and other reactions. Does not cover alcohol reactions.
Covers SN1, SN2, E1, or E2 reactions, reactions with alcohols, and synthesis
Study guide: Addition reaction of alkenes/alkynes, mechanisms and shortcut key, substitution/elimination reactions, alcohols, synthesis
Notes that show the mechanisms for reactions covered in lecture and a shortcut key of reactant + product. Alkenes and alkynes.
General guidelines regarding SN1/SN2/E1/E2
NMR Spec, reactions with alcohols, epoxides, ozonolysis, oxidation of alcohols
These notes cover a section of general chemistry that is necessary to know for orgo!
Chemical Bonding (Ionic, Polar and Nonpolar Covalent) Orbitals Sigma and Pi Bonds Lewis Dot Structures
The notes cover bond line structure, Lewis dot structures, and hybridization.
These notes cover resonance, IR spectroscopy and functional groups.
These notes cover nomenclature, resonance, and a bunch of other stuff from lecture (cat pictures)!
These notes cover Newman projections and chair conformers.
These are my class/discussion notes from week one and two.
These are notes from week 3 of organic chemistry 231.
These notes are a review of the material that we went over in Organic Chemistry I last week.
These are notes from week 5 of organic chemistry lecture and discussion.
This are a review of the key points from Week 1-5 Notes that will be important to know for exam 1.
These are notes from week 7 of Organic Chemistry 231.
Class and discussion notes from week 8 of organic chemistry.
These are notes from last week's organic chemistry lecture and discussion.
These are notes from week 11 of organic chemistry lectures and discussions.
These notes cover chapter 4 talking about acids and bases and a little bit of thermo
Dixon's class notes on Bonds and resonance. This is an old version. I made a newer on, but study soup won't let me make corrections/changes to this.
These notes cover the topics covered in lecture this week. --Acids and bases -Bronstein-lowery & Lewis acid/base -Thermodynamics
These notes cover what we learned this week; nomenclature of Alkanes and Conformers.
These are the class notes for week 4 of Dixon's class with some helpful tips to help you understand the material better :)
These notes cover what we need to know for our first big exam
Notes and Key stuff to study for the exam.
These are the alkene reactions we need to know for the next exam.
These notes cover all of the topics we were told would be on our exam
These are the notes covered during the first week of class.
These notes cover Intro/Bonding, Structure/Resonance, and Acid/Base chemistry for Dixon.
These are the notes from the last two days in class, relating to thermodynamics.
These notes cover how to name organic molecules.
These notes cover a portion of the first exam.
midterm study guide
These notes cover IR Spectroscopy and Drawing 3D Diagrams of Molecules.
These notes include Newman projections.
These notes cover the material discussed during lectures in week 3.
Conformational Analysis of Cycloalkanes
This includes all major topics for the upcoming exam through 2/21.
These notes cover stereoisomerism, enantiomers, and mesostructures
This covers the key topics for exam 1.
These cove going from a molecular structure to an NMR and a little bit of going from the NMR to a molecular structure.
More of NMR
Basic Alkene reactions
Radical Reactions and propagation reactions
This study guide covers most topics that may appear on the exam.