Q7-Synthesis question. Show how the starting material can be converted to the product through any of the reactions you have learned in OChem 1 and OChem 2. Show all the reagents you need and indicate the stereochemistry when appropriate. You do not need to show arrow pushing like in a mechanism question, only the reactions. If a chiral molecule is formed mark the chiral center with an asterisk (*) and write "racemic" below the structure unless the chiral center has unambiguous stereochemistry. All carbon atoms in the product should come from the same starting material. Use as many molecules of the starting material as you might need to get to the product. You can use carbon containing reagents for temporary protection of functional groups, if needed. A) B) OH CO₂ OCH3 racemic

Q7-Synthesis question. Show how the starting material can be converted to the product through any of the reactions you have learned in OChem 1 and OChem 2. Show all the reagents you need and indicate the stereochemistry when appropriate. You do not need to show arrow pushing like in a mechanism question, only the reactions. If a chiral molecule is formed mark the chiral center with an asterisk (*) and write "racemic" below the structure unless the chiral center has unambiguous stereochemistry. All carbon atoms in the product should come from the same starting material. Use as many molecules of the starting material as you might need to get to the product. You can use carbon containing reagents for temporary protection of functional groups, if needed. A) B) OH CO₂ OCH3 racemic

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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Diol

In chemistry there are so many chemical compounds that have a hydroxyl group but a chemical compound having two hydroxyl groups (-OH) is termed as a diol. It also implies the presence of two alcohols whereas polyols contain two or more than two hydroxyl groups (-OH). Glycol or 1,2-diol is an aliphatic diol that has two alcohol groups on adjacent carbon atoms. In industries, the most commonly used diol is ethylene glycol.

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