CHEM 2320 Lecture Notes - Lecture 25: Hertz, Benzoyl Group, Leaving Group

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azuremouse502

28 Mar 2017

School

Utah State University

Department

Chemistry

Course

CHEM 2320

Professor

Davidson, Bradley

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Document Summary

Carbonyl compound are important in biological systems . chapter. They are attached to a more electronegative group . Oh group , all carbonyls have them . sometimes called. Ha hydrolisis cleaning a bond . au of. The carbonyl groups may be hyjnlized to yield carboxylic acid . Two carboxylic acids linked together through the loss of water two aoyi groups . R can reform esters by reacting carboxylic acids and alcohol acid o anhydride. Type ( unit behydrolized to a carboxylic acid ) T can function as a leaving group . R - c - h these done have a leaving group ; they don"t do the same. Carboxylic acids naming parent g alkane alkanoic acid. Carboxylic acid take priority . methanoic ( formic ants acid acid ) ethanoicacid acetic acid vinegar. 2 butanoyl chloride benzoyl chloride acyl anhidndet t combines tow cooh "s . alkane alkanoic anhydride.

Related Questions

I dont know why the sulfuric acid is added after the reducing agent has already reacted with the 9-fluorenone

Please help answer these questions in detailed!
Urgent
Unknown Number: 3
Molecular Formula:
Index of Hydrogen Deficiency:
Structure:
Mass Spec
Molecular Weight:
Important Fragments; what are they and what do they mean? (base peak structure, is there a halogen, is there a benzene ring, is there an odd number of nitrogens, other important fragments that tell something about the structure)
IR
Is there an OH? Wavenumber?
Is there a carbonyl group? If so what type (acid. ester, amide, aldehyde, ketone etc.)? Wave number?
Other important peaks (terminal alkyne, cyano group, aromatic, alkene, nitro group, amine etc.) and where are they?
1H-NMR
Identify every signal; chemical shift, what is it due to( i.e what type of proton, aromatic, aldehydic, O-H, N-H, vinyl etc.) and how many protons does it represent.
13C-NMR
How many different types of carbons are present?
What type of carbon does each signal represent?
How can you put the skeleton together?
LOGIC:
Carefully, and thoroughly show how you used the spectral data to determine your structure. Show how all your data confirms your structure. Especially useful is using 1H-NMR as confirmation.

CHEM 2320 Lecture Notes - Lecture 25: Hertz, Benzoyl Group, Leaving Group

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