Table 17.3.1 shows a summary of the results of the 4-acetamidobenzoic acid synthesis. The calculations for theoretical yield and percent yield are shown below the table. Note: _________________ was the limiting reagent, since the only other reagent involved in the reaction, potassium permanganate was added in excess. Name of Product Mass Appearance of Melting Pt. Theoretical % Yield (g) Solid (C) Yield (g) Theoretical Yield Calculation: % Yield Calculation: Table 17.3.2 Properties of the 4-methylacetanilide Oxidation Product, 4-aminobenzoic acid Table 17.3.2 shows a summary of the results of the 4-aminobenzoic acid synthesis. The calculations for theoretical yield and percent yield are shown below the table. Note: ___________ was the limiting reagent, since the only other reagent involved in the reaction, phosphoric acid, served as a catalyst. Name of Product Mass Appearance of Melting Pt. % Yield (g) Solid (C) Yield (g) Theoretical Yield Calculation: % Yield Calculation:
Table 17.3.1 shows a summary of the results of the 4-acetamidobenzoic acid synthesis. The calculations for theoretical yield and percent yield are shown below the table. Note: _________________ was the limiting reagent, since the only other reagent involved in the reaction, potassium permanganate was added in excess. Name of Product Mass (g) Appearance of Solid Melting Pt. (C) Theoretical Yield (g) % Yield Theoretical Yield Calculation: % Yield Calculation: Table 17.3.2 Properties of the 4-methylacetanilide Oxidation Product, 4-aminobenzoic acid Table 17.3.2 shows a summary of the results of the 4-aminobenzoic acid synthesis. The calculations for theoretical yield and percent yield are shown below the table. Note: ___________ was the limiting reagent, since the only other reagent involved in the reaction, phosphoric acid, served as a catalyst. Name of Product Mass (g) Appearance of Solid Melting Pt. (C) Yield (g) % Yield Theoretical Yield Calculation: % Yield Calculation:
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