Organic Chemistry 2: Complete Guide

This document contains digitally taken, handwritten notes for the NMR Spectrum chapter. For this chapter, a lot of background information is included to help grasp the concept of NMR spectrum and then information needed to read NMR spectrum is included. Notes are color coded to make it easier to fol...

This document contains digitally taken, handwritten notes for the conjugated pi systems chapter. It covers topics on HOMO and LUMO structures, energy levels as well as molecule stability. Notes also cover information dienes, their nomenclature as well as their properties. Thoroughly explained subtop...

This document contains digitally taken, handwritten notes for the introduction to aromatic compounds chapter. Notes in this chapter cover aromaticity, including Huckel’s number. It also includes a list of the most common aromatic compounds that must be memorized, naming di- and tri- substituted ...

This document contains digitally taken, handwritten notes for the reactions of aromatic compounds chapter. It starts with the mechanism of electrophilic aromatic substitution, which is the foundational knowledge needed to understand this chapter. Mechanisms include halogenation, nitration, sulfonati...

This document contains digitally taken, handwritten notes for the reactions of aldehydes and ketones. It covers information including nomenclature, synthesis and reactions with strong and weak nucleophiles. It also shows how to make hemi-acetals and acetals. Other reactions include the Wittig reacti...

This chapter contains all necessary synthesis and reactions of carboxylic acids and derivatives. Derivatives covered in this chapter include acyl chlorides, acid anhydride, esters and amides. Synthesis and reactions of carboxylic acids and its derivatives are included, showing mechanisms as necessar...

This chapter contains all necessary information needed to know about the alpha carbon chemistry of carbonyl compounds. These notes are color coded. It contains information about acidity, enolization, alpha halogenation, aldol and claisen condensation reactions, malonic and acetoacetic ester synthesi...

This document contains all information necessary to know about the amines chapter. It covers information on basicity of amines, their nomenclature, synthesis and reactions. Reactions covered include alkylation, acylation, Hoffman elimination, oxidation and sandmeyer reactions. Notes are color coded ...

This document contains all information necessary to know about carbohydrates for an organic chemistry 2 course. It includes a list of all the basic carbohydrates known. It includes explanations about the nature of carbohydrates and their nomenclature. Other information includes intramolecular reacti...

This document includes lecture notes about the amino acids chapter. It uses nine amino acids to explore the properties and reactions of amino acids. Reactions covered include amino acid synthesis and polypeptide chain synthesis. Notes are color coded.

These are summary notes. for the ethers and epoxides chapter. They are handwritten notes taken digitally. Information in the document walks you through the entire chapter, making note of small and necessary, but often forgotten information. Additionally, the notes cover information from nomenclature...

This document is a summary of the conjugated pi systems chapter of the organic chemistry 2 course. It is digitally taken, handwritten notes. It covers topics on HOMO and LUMO structures, energy levels as well as molecule stability. Notes also cover information dienes, their nomenclature as well as t...

This document is a summary of the aromatic compounds chapter of the organic chemistry 2 course. It is digitally taken, handwritten notes. Notes in this chapter cover aromaticity, including Huckel’s number. It also includes a list of the most common aromatic compounds that must be memorized, nami...

This document is a summary of the Reactions of Aromatic Compounds Chapter of the organic chemistry 2 course. Notes are digitally taken, handwritten notes. It starts with the mechanism of electrophilic aromatic substitution, which is the foundational knowledge needed to understand this chapter. Mecha...