A. Two bulbs are connected by a tube, 0.2 cm in diameter and 20 cm lopg (Figure 1). Bulb 1 contains argon, and bulb 2 contains xenon. The prêssure and temperature are maintained at 1 atm and 105C. The diffusivity is 0.180 cm/s. At time t=0, diffusion occurs (between the two bulbs.At a later time when the argon mole fraction is 0.75 at end 1 and xenon mole fraction is 0.80 at the other end ? Determine the: (1) Rates and directions of mass transfer of argon and xenon (II) Rates and directions of mass transfer of argon and xenon if the temperature is increased to 120 C. (III Transport velocity of each species and molar average velocity of the mixture. Length-20 cm *Point (1) *Poine (2) Diameter -0.2 cm Yenon Figure 1)
A. Two bulbs are connected by a tube, 0.2 cm in diameter and 20 cm lopg (Figure 1). Bulb 1 contains argon, and bulb 2 contains xenon. The prêssure and temperature are maintained at 1 atm and 105C. The diffusivity is 0.180 cm/s. At time t=0, diffusion occurs (between the two bulbs.At a later time when the argon mole fraction is 0.75 at end 1 and xenon mole fraction is 0.80 at the other end ? Determine the: (1) Rates and directions of mass transfer of argon and xenon (II) Rates and directions of mass transfer of argon and xenon if the temperature is increased to 120 C. (III Transport velocity of each species and molar average velocity of the mixture. Length-20 cm *Point (1) *Poine (2) Diameter -0.2 cm Yenon Figure 1)
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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Transcribed Image Text:A. Two bulbs are connected by a tube, 0.2 cm in diameter and 20 cm long (Figure 1).
Bulb 1 contains argon, and bulb 2 contains xenon. The prèssure and temperature are
maintained at 1 atm and 105C. The diffusivity is 0.180 cm/s. At time t=0, diffusion occurs
(between the two bulbs. At a later time when the argon mole fraction is 0.75 at end 1 and
xenon mole fraction is 0.80 at the other end ? Determine the:
Sム-o76
(I) Rates and directions of mass transfer of argon and xenon.
(II) Rates and directions of mass transfer of argon and xenon if the temperature is increased
to 120 C.
(IỆ Transport velocity of each species and molar average velocity of the mixture.
Length-20 cm
*Point (1)
*Poine (2)
Diameter -0.2 cm
Yenon
Figure (1)
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