please help calculate 1-3 using given data Experiment: Extraction of EugenolFor analysis of medicinal values, the essential constituents are m-Eugenol i.e. 3-Allyl-6-methoxyphenol (69.43%), Eugenol acetate (10.78%), Caryophyllene (6.80%), 2-Pentanone(7.78%) etc.Mass of Cloves: 25.021 gramsMass of Eugenol Recovered: 10.560 gramsMass of Acetyl Eugenol Recovered: 1.416 grams Calculations1. Calculate the percent recovery of eugenol [(mass eugenol/mass cloves)x100%].2. Calculate the percent recovery of acetyleugenol.3. Calculate the percent recovery of both acetyleugenol and eugenol.Questions1. Describe in words where the eugenol and the acetyleugenol are during each of theextraction steps. Include separation and recovery steps. Put the picture above intoyour own words.2. What structural difference allows the separation of eugenol from acetyleugenol?Draw the reaction of eugenol with NaOH and show the product obtained.3. Do the online quiz for assigning spectra. Do not scan in spectra!4. What spectral features (from all spectra) allow you to distinguish between eugenoland acetyleugenol?

% recovery of any substance in clove will be given by = [(mass of substance / Mass of clove) x 100%]

Experiment: Extraction of Eugenol For analysis of medicinal values, the essential constituents are m-Eugenol i.e. 3-Allyl-6- methoxyphenol (69.43%), Eugenol acetate (10.78%), Caryophyllene (6.80%), 2-Pentanone (7.78%) etc. Mass of Cloves: 25.021 grams Mass of Eugenol Recovered: 10.560 grams Mass of Acetyl Eugenol Recovered: 1.416 grams

Experiment: Extraction of Eugenol For analysis of medicinal values, the essential constituents are m-Eugenol i.e. 3-Allyl-6- methoxyphenol (69.43%), Eugenol acetate (10.78%), Caryophyllene (6.80%), 2-Pentanone (7.78%) etc. Mass of Cloves: 25.021 grams Mass of Eugenol Recovered: 10.560 grams Mass of Acetyl Eugenol Recovered: 1.416 grams

Macroscale and Microscale Organic Experiments

7th Edition

ISBN:9781305577190

Author:Kenneth L. Williamson, Katherine M. Masters

Publisher:Kenneth L. Williamson, Katherine M. Masters

Chapter5: Distillation

Section: Chapter Questions

Problem 10Q

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