Question
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a. The bubble point temperature of a liquid mixture with a molar composition of 35.0 mol%...
a. The bubble point temperature of a liquid mixture with a molar composition of 35.0 mol% n-hexane and 65.0 mol% n-heptane at 1.00 atm and the composition (mole fractions) of the vapor in equilibrium with this mixture.
Find bubble point
Find x Hexane
Find x Heptane
b. The dew-point temperature of a gas mixture with a molar composition of 30.0% n-hexane, 15.0% n-heptane, and 55.0% air at 1.00 atm and the composition (mole fractions) of the liquid in equilibrium with this mixture.
Find dew point
Find x Hexane
Find x Heptane
Solutions
Expert Solution
Please find attached 
below showing calculation of answer.
Amanda K answered 1 year agoRelated Solutions
Calculate the following: a. The bubble point temperature of a liquid mixture with a molar composition...
Calculate the following: a. The bubble point temperature of a
liquid mixture with a molar composition of 60.0 mol% n-hexane and
40.0 mol% n-heptane at 1.00 atm and the composition (mole
fractions) of the vapor in equilibrium with this mixture.
Bubble Point: °C
yHexane:
yHeptane:
b. The dew-point temperature of a gas mixture with a molar
composition of 25.0% n-hexane, 15.0% n-heptane, and 60.0% air at
1.00 atm and the composition (mole fractions) of the liquid in
equilibrium with this...
Calculate the following: a. The bubble point temperature of a liquid mixture with a molar composition...
Calculate the following:
a. The bubble point temperature of a liquid mixture with a molar
composition of 45.0 mol% n-hexane and 55.0 mol% n-heptane at 1.00
atm and the composition (mole fractions) of the vapor in
equilibrium with this mixture.
Bubble Point: _____°C
yHexane: _____
yHeptane: _____
b. The dew-point temperature of a gas mixture with a molar
composition of 30.0% n-hexane, 35.0% n-heptane, and 35.0% air at
1.00 atm and the composition (mole fractions) of the liquid in
equilibrium with this mixture....
The dew-point temperature of a gas mixture with a molar composition of 40.0% n-hexane, 25.0% n-heptane,...
The dew-point temperature of a gas mixture with a molar
composition of 40.0% n-hexane, 25.0% n-heptane, and 35.0% air at
1.00 atm.
A bubble-point feed mixture of 5 mol% A and 95 mol% B is to be distilled...
A bubble-point feed mixture of 5 mol% A and 95 mol% B is to be
distilled to obtain a distillate containing 35 mol% A and a bottoms
containing 0.2 mol% A. The column has a partial reboiler and a
partial condenser. If the constant relative volatility is given to
be ?A,B = 6. Using graphical method, find out:
a) The minimum number of equilibrium stages.
b) The minimum boilup ratio: ??? /??
c) The actual number of stages if the...
For ethanol/water (70;30) determine; A) the bubble point temperature if p=10 bar B) the bubble point...
For
ethanol/water (70;30) determine;
A) the bubble point temperature if p=10 bar
B) the bubble point temperature if p=100 bar
For a liquid mixture of benzene and toluene of equal composition by mass, perform the following:...
For a liquid mixture of benzene and toluene of equal composition
by mass, perform the following:
a) Using Raoult’s law , calculate the total pressure and mole
fractions of each substance in a gas phase containing only benzene
and toluene vapor in equilibrium with the given liquid mixture at
60oC.
b) Prove that the bubble point of the liquid mixture at
pressure, P = 0.715 atm is 80OC
c) Briefly describe what would happen if the mixture were heated
slowly,...
Determine the composition of the liquid in equilibrium with a mixture of 60 mole percent benzene...
Determine the composition of the liquid in equilibrium with a mixture of 60 mole percent benzene and 40 mole percent toluene vapor, contained in a container subject to a pressure of 1 atm. Predict the temperature at which this equilibrium exists.
A compound has a molar mass of 100 g/mol and the percent composition (by mass) of...
A compound has a molar mass of 100 g/mol and the percent
composition (by mass) of 65.45% C, 5.45% H, and 29.09% O. Determine
the empirical formula and the molecular formula.
Physical Chemistry Estimate the bubble point and dew point temperatures of a 25 mol % n-pentane,...
Physical Chemistry
Estimate the bubble point and dew point temperatures of a 25 mol
% n-pentane, 45 mol % n-hexane, and 30 mol % n-heptane mixture at
1.013 bar.
Data:
lnP5vap = 10.422 - 26,799 / RT
δ5 = 7.02 (Cal/cc)(1/2)
lnP6vap = 10.456 - 29,676 / RT
δ6 = 7.27 (Cal/cc)(1/2)
lnPvap7 = 11.431 - 35,200 / RT
δ7 = 7.43 (Cal/cc)(1/2)
For P in bar, T in K, and R = 8.314 J/(mol * K); The subscripts
5,6,7...
A gaseous mixture has the following composition: C₂H₄, 57% mol; Ar, 40 mol%; and He, 3%...
A gaseous mixture has the following composition: C₂H₄, 57% mol;
Ar, 40 mol%; and He, 3% mol. Calculate the volume occupied by 100
mol of this mixture at 120 atm and 25 ° C, using: The ideal gas
equation. (Answer: 20.4 L) The generalized compressibility factor
and Kay's rule. (Answer: 14.3 L)
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