2. Complete the chart below. You will need to look up Molecular Weights (MW), melting points (MP), boiling points (BP) and density. Keep in mind that liquids and solutions do not always have reported melting points (MP) or boiling points (BP). You do not need to find amounts, mmol or molar equivalence of 9-fluorenone. If the compound is a solid the boiling point (BP) and density (d) are often not reported. Molar equivalence is defined as the ratio of the moles of compound to the moles of the limiting reagent. MW MP Density Molar Compound Amount mmol BP (°C) (g/mol) C) (g/mL) Equivalence 9-Fluorenol 100 mg 6 ml Acetone 0.25 mL Glacial Acetic Acid 1.093 NaOCI 2 ml (5% wt/wt in H,0) 9-fluorenone 3. Calculate the theoretical yield for reaction based on the chart above and the reaction scheme at the top of this assignment.

2. Complete the chart below. You will need to look up Molecular Weights (MW), melting points (MP), boiling points (BP) and density. Keep in mind that liquids and solutions do not always have reported melting points (MP) or boiling points (BP). You do not need to find amounts, mmol or molar equivalence of 9-fluorenone. If the compound is a solid the boiling point (BP) and density (d) are often not reported. Molar equivalence is defined as the ratio of the moles of compound to the moles of the limiting reagent. MW MP Density Molar Compound Amount mmol BP (°C) (g/mol) C) (g/mL) Equivalence 9-Fluorenol 100 mg 6 ml Acetone 0.25 mL Glacial Acetic Acid 1.093 NaOCI 2 ml (5% wt/wt in H,0) 9-fluorenone 3. Calculate the theoretical yield for reaction based on the chart above and the reaction scheme at the top of this assignment.

Macroscale and Microscale Organic Experiments

7th Edition

ISBN:9781305577190

Author:Kenneth L. Williamson, Katherine M. Masters

Publisher:Kenneth L. Williamson, Katherine M. Masters

Chapter7: Extraction

Section: Chapter Questions

Problem 7Q

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