Organic Chemistry 1

Organic Chemistry 1 Lab

Organic Chemistry 2

Organic Chemistry 2 Lab

4 Testing Options: Via Zoom, Using a Proctor Local to You, or On-Site at MSUM 1. Testing: The nature of organic chemistry requires drawing/illustrating complex structures for chemicals and electron movements during reaction mechanisms. As such it is not conducive to multiple-choice or short-answer questions. Written tests can be taken either via Zoom

CHEM | 350 | Organic Chemistry 1 | exam |4 Testing Options: Via Zoom, Using a Proctor Local to You, or On-Site at MSUM 1. Testing: The nature of organic chemistry requires drawing/illustrating complex structures for chemicals and electron movements during reaction mechanisms. As such it is not conducive to multiple-choice or short-answer questions. Written tests can be taken either via Zoom

More Retrosynthesis Problems: One of the students asked if I could generate 1. O 2. OH 3. 4. OH O 5. Br 6. Br 7. O Harder Ones (more than one Grignard reaction required) 8. OH 9. 10. Br

CHEM | 360 | Organic Chemistry 2 | study_guides |More Retrosynthesis Problems: One of the students asked if I could generate 1. O 2. OH 3. 4. OH O 5. Br 6. Br 7. O Harder Ones (more than one Grignard reaction required) 8. OH 9. 10. Br

Organic Chemistry I Review: Highlights of Key Reactions, Mechanisms, and Principles 9 Ch. 7 Structure and Synthesis of Alkenes C. E-Z Nomenclature (7-5) • Each carbon of an alkene has two attachments. 1. Identify which of the two attachments on the left alkene carbon has higher priority. 2. Then identify which attachment on the right alkene carbon has high

CHEM | 360 | Organic Chemistry 2 | lecture_notes |Organic Chemistry I Review: Highlights of Key Reactions, Mechanisms, and Principles 9 Ch. 7 Structure and Synthesis of Alkenes C. E-Z Nomenclature (7-5) • Each carbon of an alkene has two attachments. 1. Identify which of the two attachments on the left alkene carbon has higher priority. 2. Then identify which attachment on the right alkene carbon has high

Alcohol Unknown (NMR)/Synthesis of Aspirin 29 Alcohol Unknowns and Aspirin Part 1: Microscale Synthesis of Aspirin Intro Aspirin is among the most versatile drugs known to medicine, and is among the oldest (the first known use of an aspirin-like preparation can be traced to ancient Greece…). The starting material salicylic acid is cheap (~$50/kg), beca

CHEM | 365 | Organic Chemistry 2 Lab | lecture_notes |Alcohol Unknown (NMR)/Synthesis of Aspirin 29 Alcohol Unknowns and Aspirin Part 1: Microscale Synthesis of Aspirin Intro Aspirin is among the most versatile drugs known to medicine, and is among the oldest (the first known use of an aspirin-like preparation can be traced to ancient Greece…). The starting material salicylic acid is cheap (~$50/kg), beca

1 Organic Chemistry I Test 2 Extra Mechanism Practice Problems Note: In each of these cases, I am asking you to draw the mechanism for the product shown. In some cases where both elimination and substitution may occur, there may be another product in addition to the one shown. And in cases where elimination is happening, there may be an additional structural i

CHEM | 350 | Organic Chemistry 1 | exam |1 Organic Chemistry I Test 2 Extra Mechanism Practice Problems Note: In each of these cases, I am asking you to draw the mechanism for the product shown. In some cases where both elimination and substitution may occur, there may be another product in addition to the one shown. And in cases where elimination is happening, there may be an additional structural i

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