Super imposable - Study guides, Class notes & Summaries

Alcohol - Ketone - Amine - Ether - Amide - Ester - functional groups - Alkyl - An alkane missing a hydrogen Aromatic compound - Cyclic, planar, with every atom of the aromatic ring having a p orbital, while obeying hackles rule of 4n+2 pi electrons Vinyl - Hydrolysis Reaction - Carboxylic Acid - pKa ~ 5 Enantiomers - stereoisomers that are non super imposable mirror images Diastereomers - - Same molecular formula, same bond connections, NOT mirrors...

isomers - Answer molecule that have the same molecule formula constitutional isomers - Answer same formula, different connectivity of atoms stereoisomers - Answer same formula, same connectivity, DIFFERENT spatial arrangement conformer - Answer rotation of a group around a sigma bond (also known as stereoisomers) enantiomers - Answer isomers that have the same connectivity molecules that are mirror images of each other, but are not super imposable diastereomers - Answ...

Bio 201-Lectures 1-9 UB Guaranteed Success -condensation reaction -releases H2O -requires energy ️polymerization -hydrolysis reaction -consumes h2o -releases energy ️depolymerization -log[H+] ️Which of the following is the correct definition of pH? -OH or both NH2 and C=O ️polar unchargeds molecules contain . β-D glucose ️Cellulose is a polymer of which isomer of glucose? 0 ️A solution of 1M HCl (a very strong acid) has a pH of: 1. atp binds to actin monomers 2. actin in fil...

isomers - ANSWER-molecule that have the same molecule formula constitutional isomers - ANSWER-same formula, different connectivity of atoms stereoisomers - ANSWER-same formula, same connectivity, DIFFERENT spatial arrangement conformer - ANSWER-rotation of a group around a sigma bond (also known as stereoisomers) enantiomers - ANSWER-isomers that have the same connectivity molecules that are mirror images of each other, but are not super imposable diastereomers - ANSWER-isomers...

These notes contain in-depth detail about stereochemistry and mirror image and superimposable. Also how to identify when something is an enantiomer or diastereomer as well as how to draw out a compound when it rotates and how to tell if it is an R or S based on rotation.