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Create your own pH-dependent extraction experiment by separating two of any of the following compounds in the table below. Do the following for both compounds.

Create your own pH-dependent extraction experiment by separating two of any of the following compounds in the table below. Do the following for both compounds.

Organic Chemistry: A Guided Inquiry
Organic Chemistry: A Guided Inquiry
2nd Edition
ISBN:9780618974122
Author:Andrei Straumanis
Publisher:Andrei Straumanis
ChapterNW4: Nomenclature Worksheet 4: Carbonyl Compounds
Section: Chapter Questions
Problem 3CTQ
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Post-lab Questions 1. Create your own pH-dependent extraction experiment by separating two of any of the following compounds in the table below. Do the following for both compounds. a. First, draw your chosen compounds in ChemDraw, including any non-bonding electrons and non-zero formal charges. b. Circle and name any pH-sensitive functional groups. c. Choose an organic solvent that will dissolve both or your compounds and an aqueous solution (i.e. conc. aqueous NaOH, 5% aq. NaHCO3, or 3M HCl) that would successfully separate the two compounds you selected. Appendix C provides useful information about common organic solvents. d. Write a procedure, similar to the one given in the experiment details, that a classmate could follow to separate the two compounds. You may want to start by making a flow chart like the one shown in Appendix D to organize your thoughts. You should not turn in the flow chart if you choose to make one. Only turn in your written procedure. O= p-anisic acid OH naphthalene benzophenone -N+ ethyl-p-nitrobenzoate HO sesamol NH₂ OH salicylamide || _N+ H₂N 4-methyl-2-nitroaniline OH trans-cinnamic acid benzanilide
Transcribed Image Text:Post-lab Questions 1. Create your own pH-dependent extraction experiment by separating two of any of the following compounds in the table below. Do the following for both compounds. a. First, draw your chosen compounds in ChemDraw, including any non-bonding electrons and non-zero formal charges. b. Circle and name any pH-sensitive functional groups. c. Choose an organic solvent that will dissolve both or your compounds and an aqueous solution (i.e. conc. aqueous NaOH, 5% aq. NaHCO3, or 3M HCl) that would successfully separate the two compounds you selected. Appendix C provides useful information about common organic solvents. d. Write a procedure, similar to the one given in the experiment details, that a classmate could follow to separate the two compounds. You may want to start by making a flow chart like the one shown in Appendix D to organize your thoughts. You should not turn in the flow chart if you choose to make one. Only turn in your written procedure. O= p-anisic acid OH naphthalene benzophenone -N+ ethyl-p-nitrobenzoate HO sesamol NH₂ OH salicylamide || _N+ H₂N 4-methyl-2-nitroaniline OH trans-cinnamic acid benzanilide
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