mass. 0.55g 136.159 Methylbenzoate pooduces 181.139 nito Pat. 0:55g 181.13 x0:55g 136-15 Theoretical yield 0.7317g Nitration of Acetanilide NO2 | 35-17glnol 160.16g Im1 0.5g mass: Acetanilide produre I Boi169 Paodic * 135.179 1 80.16 X0.59 .0:59 " :0.59 135.17 Theaeticalyield 0.66649 theoretical yieds were Calculated.
mass. 0.55g 136.159 Methylbenzoate pooduces 181.139 nito Pat. 0:55g 181.13 x0:55g 136-15 Theoretical yield 0.7317g Nitration of Acetanilide NO2 | 35-17glnol 160.16g Im1 0.5g mass: Acetanilide produre I Boi169 Paodic * 135.179 1 80.16 X0.59 .0:59 " :0.59 135.17 Theaeticalyield 0.66649 theoretical yieds were Calculated.
Chapter7: Statistical Data Treatment And Evaluation
Section: Chapter Questions
Problem 7.9QAP
Related questions
Question
Nitration of methyl benzoate:
Weight of filler paper: 0.682g
Mp product: 76-77 C
Nitration of Acetanilide:
Weight of filler paper: 0.691g
Weight of filler paper product: 1.232g
Mp product: 212-214 C
Compound |
MM (g/mol) |
ortho mp (oC) |
meta mp (oC) |
para mp (oC) |
Nitroacetanilide |
180.16 |
94 |
155 |
214-217 |
Methyl nitrobenzoate |
181.15 |
-13 |
78-80 |
94-96 |
Theoretical yield of acetanilde: 0.6664g
Theoretical yield of methyl benzoate: 0.7317g
- find theoretical yield of methyl nitrobenzoate percent yield of your methyl nitrobenzoate and melting point of your methyl nitrobenzoate
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Theoretical yield is the mathematically weight of the product .
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