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The vapor pressure of tetrachloromethane (tcm) and trichloroethylene (tce) can be expressed as the following functions of T (°C) in the range between the boiling point of pure tcm (76.7°C) and tce (87.2°C): 2790.78 In(Picm/torr) z 15.8401 T + 226.4 2345.4 In(Pice/torr) : = 15.0124 T + 192.7 Use the information to answer the following questions about a tcm+tce mixture. a. Make a graph of T vs. Xtce and Yce (similar to Figure 24.5) and use this graph to calculate the answers to questions b-d. (Hint: see Example 24-5 on page 975 and lecture slides) b. What is the normal boiling point of the mix when the mole fraction of tce is 0.6 (xtce = 0.6)? %3D c. At the boiling point calculated in (b), what are the mole fractions of tcm and tce (Ytem and ytce) in the vapor? in (c)? d. What is the normal boiling point of the condensate of the vapor

The vapor pressure of tetrachloromethane (tcm) and trichloroethylene (tce) can be expressed as the following functions of T (°C) in the range between the boiling point of pure tcm (76.7°C) and tce (87.2°C): 2790.78 In(Picm/torr) z 15.8401 T + 226.4 2345.4 In(Pice/torr) : = 15.0124 T + 192.7 Use the information to answer the following questions about a tcm+tce mixture. a. Make a graph of T vs. Xtce and Yce (similar to Figure 24.5) and use this graph to calculate the answers to questions b-d. (Hint: see Example 24-5 on page 975 and lecture slides) b. What is the normal boiling point of the mix when the mole fraction of tce is 0.6 (xtce = 0.6)? %3D c. At the boiling point calculated in (b), what are the mole fractions of tcm and tce (Ytem and ytce) in the vapor? in (c)? d. What is the normal boiling point of the condensate of the vapor

Introduction to Chemical Engineering Thermodynamics
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
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2. The vapor pressure of tetrachloromethane (tcm) and trichloroethylene (tce) can be expressed as the following functions of T (°C) in the range between the boiling point of pure tem (76.7°C) and tce (87.2°C): 2790.78 In(Picm/torr) × 15.8401 T + 226.4 2345.4 In(Pice/torr) 15.0124 – T + 192.7 Use the information to answer the following questions about a tcm+tce mixture. a. Make a graph of T vs. Xtce and Yice (similar to Figure 24.5) and use this graph to calculate the answers to questions b-d. (Hint: see Example 24-5 on page 975 and lecture slides) b. What is the normal boiling point of the mix when the mole fraction of tce is 0.6 (xtce = 0.6)? c. At the boiling point calculated in (b), what are the mole fractions of tcm and tce (Ytcm and ytce) in the vapor? d. What is the normal boiling point of the condensate of the vapor in (c)?
Transcribed Image Text:2. The vapor pressure of tetrachloromethane (tcm) and trichloroethylene (tce) can be expressed as the following functions of T (°C) in the range between the boiling point of pure tem (76.7°C) and tce (87.2°C): 2790.78 In(Picm/torr) × 15.8401 T + 226.4 2345.4 In(Pice/torr) 15.0124 – T + 192.7 Use the information to answer the following questions about a tcm+tce mixture. a. Make a graph of T vs. Xtce and Yice (similar to Figure 24.5) and use this graph to calculate the answers to questions b-d. (Hint: see Example 24-5 on page 975 and lecture slides) b. What is the normal boiling point of the mix when the mole fraction of tce is 0.6 (xtce = 0.6)? c. At the boiling point calculated in (b), what are the mole fractions of tcm and tce (Ytcm and ytce) in the vapor? d. What is the normal boiling point of the condensate of the vapor in (c)?
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