Separation Processes Questions and Answers – Ideal gas and Ideal Liquid-Solution Model

This set of Separation Processes Multiple Choice Questions & Answers (MCQs) focuses on “Ideal gas and Ideal Liquid-Solution Model”.

1. The ideal equations apply only till what pressure?
a) 305kPa
b) 315kPa
c) 325kPa
d) 345kPa
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2. How is the molar volume calculated?
a) RT/V
b) RT/n
c) RT/P
d) RT/np
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3. If the temperature of vapor is 400K and pressure is 20000 Pascal, what is the molar volume?
a) 0.15m³
b) 0.16 m³
c) 10 m³
d) 20 m³
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4. Which equation is used to calculate liquid molar volume?
a) M/dL
b) M/P
c) M/RT
d) RT/P
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5. Which equation is used for non-ideal solutions at ambient pressure?
a) K _i = ϕ _iL / ϕ _iV
b) K _i = γ _iL ϕ_iL/ ϕ iV
c) K _i = P _i ^s /P
d) K _i =γ _iL P _i ^s /P
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6. The liquid enthalpy is calculated using:
a)

b)
c)
d)
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Answer: d
Explanation: Equation is used.

7. How is the liquid mass density calculated?
a)
b)
c)
d)
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Answer: a
Explanation: The formula is used.

8. If the temperature of vapor is 300K and pressure is 1atm , what is molar volume?
a) 0.04m³
b) 0.025 m³
c) 0.113 m³
d) 0.456 m³
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9. If the temperature of vapor is 100 oC and pressure is 2 atm, what is molar volume?
a) 0.23 m³
b) 0.34 m³
c) 0.015 m³
d) 0.234 m³
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Sanfoundry Global Education & Learning Series – Separation Processes.

To practice all areas of Separation Processes, here is complete set of 1000+ Multiple Choice Questions and Answers.

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