7. Using the value given for K, for the equation in Problem 6, at 500°C, calculate (a) Ke for the reaction H2(6) + I) = 2 HI) (b) Keg for the reaction HI) = }H) +12(«) (c) Ke for the reaction H2) + I2) (d) K for the reaction 4 HI 2 H, 3. 2(g) HI) H2)+2 12)
7. Using the value given for K, for the equation in Problem 6, at 500°C, calculate (a) Ke for the reaction H2(6) + I) = 2 HI) (b) Keg for the reaction HI) = }H) +12(«) (c) Ke for the reaction H2) + I2) (d) K for the reaction 4 HI 2 H, 3. 2(g) HI) H2)+2 12)
Chemistry for Engineering Students
4th Edition
ISBN:9781337398909
Author:Lawrence S. Brown, Tom Holme
Publisher:Lawrence S. Brown, Tom Holme
Chapter12: Chemical Equilibrium
Section: Chapter Questions
Problem 12.37PAE: Again the experiment in Exercise 12.33 was redesigned. This time, 0.15 mol each of N, and O2 was...
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Transcribed Image Text:6. For the reaction
2 HI =
H2) + I2)
Keg = 0.016 at 500°C
(a) If 1.0 mole of HI is placed in a 2.0-/ container and allowed to come to
equilibrium at 500°C, calculate the equilibrium concentrations of H,,
I,, and HI.
(b) If 0.35 mole of HI is placed in a 0.75-f container and allowed to come
to equilibrium at 500°C, calculate the equilibrium concentrations of
H, I,, and HI.
Transcribed Image Text:7. Using the value given for Ke, for the equation in Problem 6, at 500°C,
calculate
(a) Keg for the reaction H2(g) + Iz) =
(b) Keg for the reaction HI) = }
(c) Ke for the reaction He) + HI
(d) K, for the reaction 4 HI
2 HI
2(g)
eq
2 H26) +2 12)
8.
For the reaction
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