It is found that the boiling point of a binary solution of A and B with XA = 0.6589 is 88 °C. At this temperature the vapor pressure of pure A and B are 127.6 kPa and 50.60 kPa, respectively. Calculate the total pressure. A. 117.3 kPa B. 116.8 kPa C. 118.0 kPa D.0.717 kPa E. 0,385 kPa
It is found that the boiling point of a binary solution of A and B with XA = 0.6589 is 88 °C. At this temperature the vapor pressure of pure A and B are 127.6 kPa and 50.60 kPa, respectively. Calculate the total pressure. A. 117.3 kPa B. 116.8 kPa C. 118.0 kPa D.0.717 kPa E. 0,385 kPa
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter13: The Chemistry Of Solutes And Solutions
Section13.7: Colligative Properties Of Solutions
Problem 13.10PSP: The vapor pressure of an aqueous solution of urea. CH4N2O, is 291.2 mmHg at a measured temperature....
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![It is found that the boiling point of a binary solution of A and B with XA = 0.6589 is 88 °C. At this temperature the vapor pressure of pure A and B are 127.6
kPa and 50.60 kPa, respectively. Calculate the total pressure.
A. 117.3 kPa
B. 116.8 kPa
C. 118.0 kPa
D.0.717 kPa
E. 0.385 kPa](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fed9460b0-fc7a-46e8-8671-21ff810d012e%2F0c993366-6dc3-4cac-ad21-f873b70483d7%2Fhlejxgi_processed.jpeg&w=3840&q=75)
Transcribed Image Text:It is found that the boiling point of a binary solution of A and B with XA = 0.6589 is 88 °C. At this temperature the vapor pressure of pure A and B are 127.6
kPa and 50.60 kPa, respectively. Calculate the total pressure.
A. 117.3 kPa
B. 116.8 kPa
C. 118.0 kPa
D.0.717 kPa
E. 0.385 kPa
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