Question

Data Collection: Starting Materials: N-Phenylmaleimide: 0.105 g; mol ??-terpinene: 0.25 mL; g; mol Limiting Reagent: Product: N-Phenylmaleimide - ??-terpinene Adduct: .15 g; melting Point: °C Description of product appearance: powdery like white solid. Data Analysis: Calculate the Theoretical Yield (show calculation): N-Phenylmaleimide - ??-terpinene Adduct Theoretical Yield: mol; g Calculate the Percent Yield (show calculation): Actual Yield: g; mol Percent Yield: % Comments: Describe any special conditions, errors or deviations from the stated procedure. You may attach additional pages if needed.

          Data Collection:
Starting Materials:
N-Phenylmaleimide:
0.105 g; ________ mol
??-terpinene:
0.25 mL; ________ g; ________ mol
Limiting Reagent: ________________
Product:
N-Phenylmaleimide - ??-terpinene Adduct:
.15 g; melting Point: ________ °C
Description of product appearance: powdery like white solid.
Data Analysis:
Calculate the Theoretical Yield (show calculation):
N-Phenylmaleimide - ??-terpinene Adduct Theoretical Yield:
________ mol; ________ g
Calculate the Percent Yield (show calculation):
Actual Yield: ________ g; ________ mol Percent Yield: ________ %
Comments:
Describe any special conditions, errors or deviations from the stated procedure. You may attach
additional pages if needed.

Data Collection:
Starting Materials:
N-Phenylmaleimide:
0.105 g; mol
??-terpinene:
0.25 mL; g; mol
Limiting Reagent:
Product:
N-Phenylmaleimide - ??-terpinene Adduct:
.15 g; melting Point: °C
Description of product appearance: powdery like white solid.
Data Analysis:
Calculate the Theoretical Yield (show calculation):
N-Phenylmaleimide - ??-terpinene Adduct Theoretical Yield:
mol; g
Calculate the Percent Yield (show calculation):
Actual Yield: g; mol Percent Yield: %
Comments:
Describe any special conditions, errors or deviations from the stated procedure. You may attach
additional pages if needed.

Added by Fernando L.

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