Using tie tierndynamic data below, determinefollowingthhe AG°forthe2 MaFrq?Fz (9?» 2 Ma Fz (aq) at319 Kreachionsub stanceAH's (KT/mol)S° ( J/mol.k)MaF cq?85.3219.8Missing information206.2Ma F247.8270. 7

Given Temperature = 319 °K 2MaF (g) + F2 (g) →2MaF2 (aq)

Using tie tierndynamic data below, determine following thhe AG° for the 2 MaFrq? Fz (9? » 2 Ma f (aq) at 319 K reachion sub stance AH'f (KJ/mol) S° ( J/mol.k) MaF cq? 85.3 219.8 Missing information 206.2 Ma F2 47.8 270. 7

Using tie tierndynamic data below, determine following thhe AG° for the 2 MaFrq? Fz (9? » 2 Ma f (aq) at 319 K reachion sub stance AH'f (KJ/mol) S° ( J/mol.k) MaF cq? 85.3 219.8 Missing information 206.2 Ma F2 47.8 270. 7

Chemistry for Engineering Students

3rd Edition

ISBN:9781285199023

Author:Lawrence S. Brown, Tom Holme

Publisher:Lawrence S. Brown, Tom Holme

Chapter10: Entropy And The Second Law Of Thermodynamics

Section: Chapter Questions

Problem 10.39PAE: How does the second law of thermodynamics explain a spontaneous change in a system that becomes more...

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Question

Using tie tierndynamic data below, determine
following
thhe AG°
for
the
2 MaFrq?
Fz (9?
» 2 Ma Fz (aq) at
319 K
reachion
sub stance
AH's (KT/mol)
S° ( J/mol.k)
MaF cq?
85.3
219.8
Missing information
206.2
Ma F2
47.8
270. 7

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