A solution of methyl acetate (CHO,) and water is boiling at 95.7°C. A sample of the vapor above the solution is cooled until it condenses. This condensed sample is analyzed, and turns out to be 50.% methyl acetate by mass. Calculate the percent by mass of methyl acetate in the boiling solution. Here's some data you may need: vapor pressure at 95.7 °C normal density boiling point 2419. torr 0.93 mL 57. °C methyl acetate 651. torr 1.00 mL 100. C water Be sure your answer has 2 significant digits. Note for advanced students: you may assume the solution and vapor above it are ideal. x10 wwww.m w. ? X ww.aim Check Privacy Terms of Use Explanation 2019 McGraw-Hill Education. All Rights Reserved.

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Calculate the percent by mass of methyl acetate in appointing solution around two significant digits

A solution of methyl acetate (CHO,) and water is boiling at 95.7°C. A sample of the vapor above the solution is cooled until it condenses. This condensed
sample is analyzed, and turns out to be 50.% methyl acetate by mass.
Calculate the percent by mass of methyl acetate in the boiling solution. Here's some data you may need:
vapor pressure
at 95.7 °C
normal
density
boiling point
2419. torr
0.93
mL
57. °C
methyl acetate
651. torr
1.00
mL
100. C
water
Be sure your answer has 2 significant digits.
Note for advanced students: you may assume the solution and vapor above it are ideal.
x10
wwww.m
w.
?
X
ww.aim
Check
Privacy
Terms of Use
Explanation
2019 McGraw-Hill Education. All Rights Reserved.
Transcribed Image Text:A solution of methyl acetate (CHO,) and water is boiling at 95.7°C. A sample of the vapor above the solution is cooled until it condenses. This condensed sample is analyzed, and turns out to be 50.% methyl acetate by mass. Calculate the percent by mass of methyl acetate in the boiling solution. Here's some data you may need: vapor pressure at 95.7 °C normal density boiling point 2419. torr 0.93 mL 57. °C methyl acetate 651. torr 1.00 mL 100. C water Be sure your answer has 2 significant digits. Note for advanced students: you may assume the solution and vapor above it are ideal. x10 wwww.m w. ? X ww.aim Check Privacy Terms of Use Explanation 2019 McGraw-Hill Education. All Rights Reserved.
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