list limiting reagent and calculate theoretical yield. 2. Fill in the table of reagents, catalyst, and solvent. Calculate molecular weight andmmol of each reactant and catalyst. For NaOH solution report MW, min the solutionmg,and mmol ofmeans 10 wt.%density, g/mLCompoundbenzaldehydecyclopentanoneethanol, 95%10% NaOH slnMolecularWeightof bmone are ven84.12946.07939.99918941.0440.9510.8161.11mg useddifferences142.45 mg814mgmmol used2,109 mg3.44mmol1.49mmolins7.71 mmol52.74 mmolinsges gnitimil to slomm

The question is based on the concept of experimental Chemistry. we need to calculate theoretical…

2. Fill in the table of reagents, catalyst, and solvent. Calculate molecular weight and mmol of each reactant and catalyst. For NaOH solution report MW, mg, and mmol of NaOH in the solution (10% NaOH means 10 wt.% NaOH). Compound density, g/mL benzaldehyde cyclopentanone ethanol, 95% 10% NaOH sln Molecular Weight benz 129 none are ven 84.129 46.079 39.999 106. 1.044 0.951 0.816 1.11 mg used mmol used 3.44mmol 1.49mmol 365.4mg differences 142.45 mg 814mg 17.71 mmol 2,109 mg 52.74 mmol Insges quitimil to stomm

2. Fill in the table of reagents, catalyst, and solvent. Calculate molecular weight and mmol of each reactant and catalyst. For NaOH solution report MW, mg, and mmol of NaOH in the solution (10% NaOH means 10 wt.% NaOH). Compound density, g/mL benzaldehyde cyclopentanone ethanol, 95% 10% NaOH sln Molecular Weight benz 129 none are ven 84.129 46.079 39.999 106. 1.044 0.951 0.816 1.11 mg used mmol used 3.44mmol 1.49mmol 365.4mg differences 142.45 mg 814mg 17.71 mmol 2,109 mg 52.74 mmol Insges quitimil to stomm

EBK A SMALL SCALE APPROACH TO ORGANIC L

4th Edition

ISBN:9781305446021

Author:Lampman

Publisher:Lampman

Chapter2: Crystallization

Section: Chapter Questions

Problem 3Q

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