Organic Chemistry notes

EVERYTHING you need to know about CHEM008C is condensed into these study guides. covers topics such as aldol, claisen, dieckmann, Michael, metal catalyzed reactions,carbohydrates,lipids, terpenes.

Learn Organic Chemistry in depth with written examples, arrow pushing mechanisms, and notes. It covers aldol, Michael, amines, cross-coupling, reactions with metals, carbohydrates, amino acids. It is the majority of my notes for CHEM008C.

These notes are on drawing mirror images of enantiomers and diastereomers and calculating specific rotation and enantiomeric excess. There are also practice questions where the answers are revealed in the document "Stereoselectivity in Synthesis"

Chapter One MULTIPLE CHOICE QUESTIONS Topic: General Section: 1.1 Difficulty Level: Easy 1. Credit for the first synthesis of an organic compound from an inorganic precursor is usually given to: A) Berzelius B) Arrhenius C) Kekule D) Wohler E) Lewis Ans: D Topic: Atomic Orbitals, Hybridization Section: 1.2 Difficulty Level: Easy 2. How many sigma 1s-2sp3 bonds are there in ethane? A) 7 B) 6 C) 5 D) 3 E) 1 Ans: B

These notes explain how to find the stereochemistry of allenes and biphenyls.

These notes are based on the sub-topic of Fisher projection in Stereochemistry. These notes explain how to find stereochemistry of Fisher projections and how to draw Fisher projections. There is also a practice question to which the answer is provided in the document "Stereoselectivity in Synthesis"

These notes are on the topic of allenes and biphenyls based on the topic Stereochemistry. These notes explain how the stereochemistry of allenes and biphenyls are determined and there are practice questions to which the answers will be revealed in the document "Stereoselectivity in Synthesis"

These notes explain how to name enantiomers by identifying chiral centres and determining if it is in the R or S configuration. There are also links for practice, well explained examples and a practice question with the answer

These notes explain stereosynthesis (stereoselectivity and stereospecificity) and there are practice questions with answers as well.

Learn about enols, halogenation, alkylation, and acylation in depth with written arrow pushing mechanisms and written definitions.

Chapter One MULTIPLE CHOICE QUESTIONS Topic: General Section: 1.1 Difficulty Level: Easy 1. Credit for the first synthesis of an organic compound from an inorganic precursor is usually given to: A) Berzelius B) Arrhenius C) Kekule D) Wohler E) Lewis Ans: D Topic: Atomic Orbitals, Hybridization Section: 1.2 Difficulty Level: Easy 2. How many sigma 1s-2sp3 bonds are there in ethane? A) 7 B) 6 C) 5 D) 3 E) 1 Ans: B

Chapter One MULTIPLE CHOICE QUESTIONS Topic: General Section: 1.1 Difficulty Level: Easy 1. Credit for the first synthesis of an organic compound from an inorganic precursor is usually given to: A) Berzelius B) Arrhenius C) Kekule D) Wohler E) Lewis Ans: D Topic: Atomic Orbitals, Hybridization Section: 1.2 Difficulty Level: Easy 2. How many sigma 1s-2sp3 bonds are there in ethane? A) 7 B) 6 C) 5 D) 3 E) 1 Ans: B

This document provides the detailed methods of preparation of alkanes via organic reaction mechanism with a vast variety of practice problems to understand the chemical reactions.

EVERYTHING you need to know about CHEM008C is condensed into these study guides. covers topics such as aldol, claisen, dieckmann, Michael, metal catalyzed reactions,carbohydrates,lipids, terpenes.

Learn Organic Chemistry in depth with written examples, arrow pushing mechanisms, and notes. It covers aldol, Michael, amines, cross-coupling, reactions with metals, carbohydrates, amino acids. It is the majority of my notes for CHEM008C.

Learn about enols, halogenation, alkylation, and acylation in depth with written arrow pushing mechanisms and written definitions.

These documents are notes and practice questions, with answers, from Organic Chemistry. The topics that notes are available for are based on the topic Stereochemistry. The sub-topics include: naming enantiomers, mirror images of enantiomers and diastereomers, Fisher projections, allenes and biphenyls and stereosynthesis.

These notes are on drawing mirror images of enantiomers and diastereomers and calculating specific rotation and enantiomeric excess. There are also practice questions where the answers are revealed in the document "Stereoselectivity in Synthesis"

These notes explain stereosynthesis (stereoselectivity and stereospecificity) and there are practice questions with answers as well.

These notes are based on the sub-topic of Fisher projection in Stereochemistry. These notes explain how to find stereochemistry of Fisher projections and how to draw Fisher projections. There is also a practice question to which the answer is provided in the document "Stereoselectivity in Synthesis"