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A 10-in diameter opening in a carboy filed with a methanol and an aldehyde, 0.2 mol fraction methanol. The opening is left uncovered in a ho (40 °C) warehouse. The vapor pressure for the mixture at 40 °C is approximately 125+110x x ic tho mol fraction mothanol

A 10-in diameter opening in a carboy filed with a methanol and an aldehyde, 0.2 mol fraction methanol. The opening is left uncovered in a ho (40 °C) warehouse. The vapor pressure for the mixture at 40 °C is approximately 125+110x x ic tho mol fraction mothanol

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Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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A 10-in diameter opening in a carboy filed with a methanol and an aldehyde, 0.2 mol fraction methanol. The opening is left uncovered in a hot (40 °C) warehouse. The vapor pressure for the mixture at 40 °C is approximately 125+110x mmHg where x is the mol fraction methanol. The molecular weight of both methanol and the aldehyde are 32 g/mol. The gas constant is 8.31 m3Pa/mol·K What is the evaporation rate, g/min (correct to 1 decimal place: dd.d g/min or d.d g/min)
Transcribed Image Text:A 10-in diameter opening in a carboy filed with a methanol and an aldehyde, 0.2 mol fraction methanol. The opening is left uncovered in a hot (40 °C) warehouse. The vapor pressure for the mixture at 40 °C is approximately 125+110x mmHg where x is the mol fraction methanol. The molecular weight of both methanol and the aldehyde are 32 g/mol. The gas constant is 8.31 m3Pa/mol·K What is the evaporation rate, g/min (correct to 1 decimal place: dd.d g/min or d.d g/min)
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