PreparED Study Materials

Schools / UT / Chemistry / CH 320N

CH 320N: Organic Chemistry II

School: University of Texas at Austin

Number of Notes and Study Guides Available: 60

Notes

Week 1 lecture notes (Chemistry)

CH 320N
University of Texas at Austin
11 pages | Fall 2016

Ochem 320m (Chemistry)

CH 320N
University of Texas at Austin
1 pages | Fall 2016

Ch320m: week 2 lecture notes (Chemistry)

CH 320N
University of Texas at Austin
36 pages | Fall 2016

Ochem i: week 1 notes (Chemistry)

CH 320N
University of Texas at Austin
1 pages | Fall 2016

Organic chemistry lewis acids and bases & alkenes (Chemistry)

CH 320N
University of Texas at Austin
2 pages | Fall 2016

Ch320m: week 1 lecture notes (Chemistry)

CH 320N
University of Texas at Austin
9 pages | Fall 2016

(Chemistry)

CH 320N
University of Texas at Austin
13 pages | Fall 2016

(Chemistry)

CH 320N
University of Texas at Austin
35 pages | Fall 2016

(Chemistry)

CH 320N
University of Texas at Austin
19 pages | Fall 2016

(Chemistry)

CH 320N
University of Texas at Austin
26 pages | Fall 2016

Organic chemistry chapter 4 acids and bases (Chemistry)

CH 320N
University of Texas at Austin
5 pages | Fall 2016

(Chemistry)

CH 320N
University of Texas at Austin
50 pages | Fall 2016

(Chemistry)

CH 320N
University of Texas at Austin
14 pages | Fall 2016

(Chemistry)

CH 320N
University of Texas at Austin
33 pages | Fall 2016

Ochem 1 (Chemistry)

CH 320N
University of Texas at Austin
6 pages | Fall 2016

The ch 320 -organic chemistry 1 - class notes - week 2 - shape of molecules (Chemistry)

CH 320N
University of Texas at Austin
2 pages | Fall 2016

The ch 320 -organic chemistry 1 - class notes - week 6 - acids and bases (Chemistry)

CH 320N
University of Texas at Austin
2 pages | Fall 2016

The ch 320 -organic chemistry 1 - class notes - week 13 - preparation of ethers (Chemistry)

CH 320N
University of Texas at Austin
2 pages | Fall 2016

The ch 320 -organic chemistry 1 - class notes - week 5 - meso compounds (Chemistry)

CH 320N
University of Texas at Austin
2 pages | Fall 2016

The ch 320 -organic chemistry 1 - class notes - week 7 - alphabetizing (Chemistry)

CH 320N
University of Texas at Austin
3 pages | Fall 2016

The ch 320 -organic chemistry 1 - class notes - week 11 - hydrogen bonds (Chemistry)

CH 320N
University of Texas at Austin
3 pages | Fall 2016

The ch 320 -organic chemistry 1 - class notes - week 14 - inductive effects of electronegative atoms (Chemistry)

CH 320N
University of Texas at Austin
4 pages | Fall 2016

The ch 320 -organic chemistry 1 - class notes - week 8 - stability of alkenes (Chemistry)

CH 320N
University of Texas at Austin
2 pages | Fall 2016

The ch 320 -organic chemistry 1 - class notes - week 10 - radical chain mechanism (Chemistry)

CH 320N
University of Texas at Austin
2 pages | Fall 2016

The ch 320 -organic chemistry 1 - class notes - week 11 - dehydrohalopenation (Chemistry)

CH 320N
University of Texas at Austin
3 pages | Fall 2016

The ch 320 -organic chemistry 1 - class notes - week 12 - pinacol rearrangement (Chemistry)

CH 320N
University of Texas at Austin
2 pages | Fall 2016

The ch 320 -organic chemistry 1 - class notes - week 14 - chemical shift (Chemistry)

CH 320N
University of Texas at Austin
3 pages | Fall 2016

The ch 320 -organic chemistry 1 - class notes - week 3 - stranger bond (Chemistry)

CH 320N
University of Texas at Austin
2 pages | Fall 2016

The ch 320 -organic chemistry 1 - class notes - week 2 - electronegativity (Chemistry)

CH 320N
University of Texas at Austin
2 pages | Fall 2016

The ch 320 -organic chemistry 1 - class notes - week 3 - hybridization (Chemistry)

CH 320N
University of Texas at Austin
3 pages | Fall 2016

The ch 320 -organic chemistry 1 - class notes - week 9 - chain propagation (Chemistry)

CH 320N
University of Texas at Austin
3 pages | Fall 2016

The ch 320 -organic chemistry 1 - class notes - week 1 - where are the electrons (Chemistry)

CH 320N
University of Texas at Austin
2 pages | Fall 2016

The ch 320 -organic chemistry 1 - class notes - week 4 - newman projection (Chemistry)

CH 320N
University of Texas at Austin
2 pages | Fall 2016

The ch 320 -organic chemistry 1 - class notes - week 12 - williamson ether synthesis (Chemistry)

CH 320N
University of Texas at Austin
2 pages | Fall 2016

The ch 320 -organic chemistry 1 - class notes - week 13 - nuclear magnetic resonance spectroscopy (Chemistry)

CH 320N
University of Texas at Austin
2 pages | Fall 2016

Ochem week 1 notes (Chemistry)

CH 320N
University of Texas at Austin
1 pages | Fall 2016

The ch 320 -organic chemistry 1 - class notes - week 8 - carbocation rearrangement (Chemistry)

CH 320N
University of Texas at Austin
2 pages | Fall 2016

The ch 320 -organic chemistry 1 - class notes - week 9 - ketone preparation (Chemistry)

CH 320N
University of Texas at Austin
3 pages | Fall 2016

The ch 320 -organic chemistry 1 - class notes - week 6 - rank the acidity (Chemistry)

CH 320N
University of Texas at Austin
3 pages | Fall 2016

The ch 320 -organic chemistry 1 - class notes - week 10 - nucleophilic substitution (Chemistry)

CH 320N
University of Texas at Austin
2 pages | Fall 2016

(Chemistry)

CH 320N
University of Texas at Austin
4 pages | Fall 2016

(Chemistry)

CH 320N
University of Texas at Austin
1 pages | Fall 2016

The ch 320 -organic chemistry 1 - class notes - week 4 - general features of alkanes (Chemistry)

CH 320N
University of Texas at Austin
3 pages | Fall 2016

The ch 320 -organic chemistry 1 - class notes - week 7 - intro of alkenes (Chemistry)

CH 320N
University of Texas at Austin
3 pages | Fall 2016

(Chemistry)

CH 320N
University of Texas at Austin
8 pages | Fall 2016

(Chemistry)

CH 320N
University of Texas at Austin
3 pages | Fall 2016

(Chemistry)

CH 320N
University of Texas at Austin
2 pages | Fall 2016

The ch 320 -organic chemistry 1 - class notes - week 5 - trans isomer (Chemistry)

CH 320N
University of Texas at Austin
2 pages | Fall 2016

Study Guides

Organic chemistry study guide (Chemistry)

CH 320N
University of Texas at Austin
3 pages | Fall 2016

The ch 320 -organic chemistry 1 - study guide - basic elements of reaction mechanisms (Chemistry)

CH 320N
University of Texas at Austin
48 pages | Fall 2016

The ch 320 -organic chemistry 1 - study guide - stereochemistry (Chemistry)

CH 320N
University of Texas at Austin
2 pages | Fall 2016

The ch 320 -organic chemistry 1 - study guide - general structure examples (Chemistry)

CH 320N
University of Texas at Austin
1 pages | Fall 2016

The ch 320 -organic chemistry 1 - study guide - lewis structures (Chemistry)

CH 320N
University of Texas at Austin
2 pages | Fall 2016

Ochem study guide 2 (Chemistry)

CH 320N
University of Texas at Austin
2 pages | Fall 2016

The ch 320 -organic chemistry 1 - study guide - allylic bromination (Chemistry)

CH 320N
University of Texas at Austin
1 pages | Fall 2016

The ch 320 -organic chemistry 1 - study guide - stability of radicals (Chemistry)

CH 320N
University of Texas at Austin
2 pages | Fall 2016

The ch 320 -organic chemistry 1 - study guide - summary of isomerism (Chemistry)

CH 320N
University of Texas at Austin
1 pages | Fall 2016

The ch 320 -organic chemistry 1 - study guide - caboxylic acid (Chemistry)

CH 320N
University of Texas at Austin
1 pages | Fall 2016

The ch 320 -organic chemistry 1 - study guide - energy diagram for ethane (Chemistry)

CH 320N
University of Texas at Austin
1 pages | Fall 2016

The ch 320 -organic chemistry 1 - study guide - good nuscleophile (Chemistry)

CH 320N
University of Texas at Austin
1 pages | Fall 2016

Videos

Determining Mass Percent Concentration of Solutions

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This instructional video demonstrates the process of calculating the mass percent of various solutions, using the formula "mass of solute divided by mass of solution, all multiplied by 100%." It provides step-by-step calculations for three different solutions, revealing the concentration of each solute in terms of mass percent, offering a practical understanding of quantifying solute proportions in solutions.

Diluting a 5.5 M KCl Solution to 0.100 M

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Learn the steps to make a 2.5 L of 0.100 M KCl solution from a 5.5 M stock solution in this easy-to-follow tutorial.

Argon Isotopes: Protons, Neutrons & Electrons Breakdown

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Explore the captivating branches of philosophy, understanding ethics as our moral guide, aesthetics as the interpreter of beauty, and logic as the foundation for clear reasoning. Delight in the insights these disciplines offer, enhancing our perspectives on life, art, and thought.

Pseudo-Noble Gas Configurations: A Unique Path to Atomic Stability

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Discover the concept of the pseudo-noble gas configuration, differentiating it from the traditional noble gas configuration. Examine examples like tin and indium to illustrate how elements achieve this unique state of stability. Unpack the intriguing intricacies within atomic structures.

Double Assurance: Fidelity in Protein Synthesis

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Discover the Intricate Checks and Balances in Protein Synthesis Fidelity: Join us in this video to unravel the two critical moments when the accuracy of protein synthesis is assured, shedding light on the 'how' and 'when' of this essential process.

Positron Emission Nuclear Equations: Co-55, Na-22, F-18

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Learn how to write nuclear equations for positron emission with Co-55, Na-22, and F-18. Explore the fascinating world of nuclear reactions.

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