Synthesis of Dilantin by Muli-Step Synthesis Part 4- Ureabenzil Condensation Table of Reagents Molecular weight (g/mol) Mass (g) Volume (mL) density (g/mL) Amount Reagent (mmol) 210.23 1.0 4.75 benzil Sodium hydroxide (30% wiv) 34.997 1.2 loo 7.14 urea 0.432 Limiting Reagent: Identify the limiting reagent (warning, some reagents may be catalysts, and can be used in sub- stoichiometric amounts, and not all reactions have 1:1 stoichiometric coefficients) Yield of Product Calculate the % yield of product you obtained. Watch significant figures and SHOW YOUR WORKING. Overall yield of product based on benzaldehyde: Calculate the % yield of the product you obtained based on the starting material for this synthesis, benzaldehyde. Watch significant figures and SHOW YOUR WORKING.

Synthesis of Dilantin by Muli-Step Synthesis Part 4- Ureabenzil Condensation Table of Reagents Molecular weight (g/mol) Mass (g) Volume (mL) density (g/mL) Amount Reagent (mmol) 210.23 1.0 4.75 benzil Sodium hydroxide (30% wiv) 34.997 1.2 loo 7.14 urea 0.432 Limiting Reagent: Identify the limiting reagent (warning, some reagents may be catalysts, and can be used in sub- stoichiometric amounts, and not all reactions have 1:1 stoichiometric coefficients) Yield of Product Calculate the % yield of product you obtained. Watch significant figures and SHOW YOUR WORKING. Overall yield of product based on benzaldehyde: Calculate the % yield of the product you obtained based on the starting material for this synthesis, benzaldehyde. Watch significant figures and SHOW YOUR WORKING.

Organic Chemistry

9th Edition

ISBN:9781305080485

Author:John E. McMurry

Publisher:John E. McMurry

Chapter21: Carboxylic Acid Derivatives: Nucleophilic Acyl Substitution Reactions

Section21.SE: Something Extra

Problem 35MP

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