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The reaction of phenol with phosgene to produce diphenyl carbonate is shown below. 2 OH phenol Chemical Formula: C6H₂O Molecular Weight: 94.11 + CI phosgene Chemical Formula: CCl₂O Molecular Weight: 98.91 CI diphenyl carbonate Chemical Formula: C13H1003 Molecular Weight: 214.22 Determine the number of grams of diphenyl carbonate that can be produced from 15.23 grams of phenol and an excess of phosgene.

The reaction of phenol with phosgene to produce diphenyl carbonate is shown below. 2 OH phenol Chemical Formula: C6H₂O Molecular Weight: 94.11 + CI phosgene Chemical Formula: CCl₂O Molecular Weight: 98.91 CI diphenyl carbonate Chemical Formula: C13H1003 Molecular Weight: 214.22 Determine the number of grams of diphenyl carbonate that can be produced from 15.23 grams of phenol and an excess of phosgene.

Organic Chemistry
Organic Chemistry
8th Edition
ISBN:9781305580350
Author:William H. Brown, Brent L. Iverson, Eric Anslyn, Christopher S. Foote
Publisher:William H. Brown, Brent L. Iverson, Eric Anslyn, Christopher S. Foote
Chapter25: Carbohydrates
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The reaction of phenol with phosgene to produce diphenyl carbonate is shown below. 2 OH phenol Chemical Formula: CHO Molecular Weight: 94.11 + CI CI phosgene Chemical Formula: CCI₂O Molecular Weight: 98.91 aso diphenyl carbonate Chemical Formula: C13H1003 Molecular Weight: 214.22 Determine the number of grams of diphenyl carbonate that can be produced from 15.23 grams of phenol and an excess of phosgene.
Transcribed Image Text:The reaction of phenol with phosgene to produce diphenyl carbonate is shown below. 2 OH phenol Chemical Formula: CHO Molecular Weight: 94.11 + CI CI phosgene Chemical Formula: CCI₂O Molecular Weight: 98.91 aso diphenyl carbonate Chemical Formula: C13H1003 Molecular Weight: 214.22 Determine the number of grams of diphenyl carbonate that can be produced from 15.23 grams of phenol and an excess of phosgene.
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