The vapor pressure of component C is 272 torr, and that of component E is 176 torr at 35°C. The C-E solution at 35Cwith x=0.200 has a vapor pressure of 904.2 torr and vapor composition of x=0.272.1. Calculate y, for C 2.15and for E 4.99 : in this solution.2. Calculate a, for C 2.42 and for E 2.678 in this solution.3. Calculate p,-p, for component C 2264.38 : (J/mol) and E 857.32 :(J/mol).4. Calculate AmyG= -1092.22 :(J) for the corresponding ideal solution.

All the values are given in the question so just put the values in required formula

The vapor pressure of component Cis 272 torr, and that of component E is 176 torr a vith x 0.200 has a vapor pressure of 904.2 torr and vapor composition of x=0.2 1. Calculate y, for C 2.15 and for E 4.99 in this solution. 2. Calculate a, for C 2.42 and for E 2.678 in this solution. 3. Calculate H,-p, for component C 2264.38 (J/mol) and E 857.32 4. Calculate AmG= -1092.22 (J) for the corresponding ideal solution.

The vapor pressure of component Cis 272 torr, and that of component E is 176 torr a vith x 0.200 has a vapor pressure of 904.2 torr and vapor composition of x=0.2 1. Calculate y, for C 2.15 and for E 4.99 in this solution. 2. Calculate a, for C 2.42 and for E 2.678 in this solution. 3. Calculate H,-p, for component C 2264.38 (J/mol) and E 857.32 4. Calculate AmG= -1092.22 (J) for the corresponding ideal solution.

Biochemistry

9th Edition

ISBN:9781319114671

Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.

Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.

Chapter1: Biochemistry: An Evolving Science

Section: Chapter Questions

Problem 1P

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