Copyright Ó 2000 Douglass F. Taber

 

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CHAPTER 21: OXIDATION AND REDUCTION

Data Report Sheet

  1. Preparation of Cyclohexanone:

    Equation:


    Grams cyclohexanol used:

    Moles cyclohexanol used:

    Moles cyclohexanone expected:

    Grams cyclohexanone recovered:

    Moles cyclohexanone recovered:

    Percentage yield:

    Boiling point range:

    B. Preparation of Adipic Acid:

    Equation:


    Milligrams cyclohexanone used:

    Millimoles cyclohexanone used:

    Millimoles adipic acid expected:

    Milligrams adipic acid recovered:

    Millimoles adipic acid recovered:

    Percent yield:

    Melting point range:

    C. Oxidation of p-Nitrobenzyl Alcohol:

    Equation:


    Grams p-nitrobenzyl alcohol used:

    Millimoles p-nitrobenzyl alcohol used:

    Millimoles p-nitrobenzaldehyde expected:

    Grams p-nitrobenzaldehyde recovered:

    Millimoles p-nitrobenzaldehyde recovered:

    Percent yield:

    Melting point range:

    D. Haloform Reaction:

    Equation:


    Milligrams acetophenone used:

    Millimoles acetophenone used:

    Millimoles benzoic acid expected:

    Milligrams benzoic acid recovered:

    Millimoles benzoic acid recovered:

    Percent yield:

    Melting point range:

    E. Reduction of Benzophenone:

    Equation:


    Milligrams benzophenone used:

    Millimoles benzophenone used:

    Millimoles diphenylmethanol expected:

    Milligrams diphenylmethanol recovered:

    Millimoles diphenylmethanol recovered:

    Percent yield:

    Melting point range:

    Attach Infrared spectrum:

    F. Reduction of p-Nitrobenzaldehyde:

    Equation:


    Rf value for p-nitrobenzaldehyde:

    Rf value for p-nitrobenzyl alcohol:

    Time for complete reaction (disappearance of p-nitrobenzaldehyde):

    Comments: