CHEM 261: Organic Chemistry
School: University of Massachusetts Amherst (UMass Amherst )
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From: GradeBuddy Pages: 7This lecture reviewed the different types of reactions that alkenes can undergo, which was discussed in the lecture before spring break.
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From: GradeBuddy Pages: 7This lecture discussed, halogenation, hydration, oxymercuration/demercuration, and hydroboration of alkenes.
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From: GradeBuddy Pages: 2This lecture reviewed Markovnikov's rule and the Hammond Postulate and how they contribute to the stability of carbocations. Additionally, addition with substituted cyclohexenes was discussed.
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From: GradeBuddy Pages: 2This lecture reviewed stability in alkenes, and continued to discuss substitution. Carbocation intermediates and their properties were introduced.
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From: GradeBuddy Pages: 3This lecture covered alkene naming, cis and trans isomers, and stability
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From: GradeBuddy Pages: 3This lecture continued with electrophiles and nucleophiles, and introduced unsaturation of hydrocarbons as well as how to name alkenes.
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From: GradeBuddy Pages: 3This lecture discussed endothermic and exothermic progress of reaction graphs and introduced radicals and polar reactions.
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From: GradeBuddy Pages: 3This was the first lecture covering new material after exam 1. It introduced the different types of organic reactions, entropy, enthalpy, and the equations associated with them
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From: GradeBuddy Pages: 2This lecture reviewed how to covert from 2D to 3D depictions of structures, the definition of enantiomers and chiral centers, as well as mesocompounds
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From: GradeBuddy Pages: 11This review sheet covers material discussed in lectures 1-12
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From: GradeBuddy Pages: 2This section reviewed chirality and enantiomers, and also discussed naming enantiomers. Additonally chiral centers and diastereomers were introduced
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From: GradeBuddy Pages: 3This lecture reviewed chair flips and interactions that determine cyclohexane conformations, introduced disubstituted cyclohexanes and polycyclic molecules as well as began chapter 5 material on stereochemistry
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From: GradeBuddy Pages: 2This lecture continued to cover cyclohexane conformations and introduced the idea of a ring flip
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From: GradeBuddy Pages: 3This lecture covered the differences between stereoisomers and constitutional isomers, introduced ring strain, and covered characteristics of cycloalkanes, especially cyclohexane
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From: GradeBuddy Pages: 3In this lecture, newman projections were discussed more in depth and cycloalkanes and their naming process and characteristics were also discussed.
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From: GradeBuddy Pages: 4This lecture reviewed the characteristics of alkanes and functional groups, and discussed the process of how to name branched alkanes