4 1.0 mol each of CO and Cl, are introduced into an evacuated 1.75-1. flask, and the following equilibrium is established at 668K, CO(g) + Ch₂(g) COCH(g) K₂ = 22.5 For this equilibrium, calculate a) the partial pressure of COC12(g); b) the total gas pressure? For the equilibrium 21₂S(g) 211(g) + Sz(g) Ke 9.0x10 at 700°C 3M H₂S, 0.3M H₂, and 0.15M S Determine the the initial concentrations of the three gases are equilibrium concentrations of the gases.

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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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1.0 mol each of CO and Cl, are introduced into an evacuated 1.75-1. flask, and the
following equilibrium is established at 668K,
CO(g) + Ch₂(g) COCH(g) K₂ = 22.5
For this equilibrium, calculate a) the partial pressure of COC12(g); b) the total gas pressure?
For the equilibrium
2H₂S(g)
2112(g) + S₂(g) Ke 9.0x10 at 700°C
the initial concentrations of the three gases are 0.3M H₂S, 0.3M H₂, and 0.15M S Determine the
equilibrium concentrations of the gases.
Transcribed Image Text:1.0 mol each of CO and Cl, are introduced into an evacuated 1.75-1. flask, and the following equilibrium is established at 668K, CO(g) + Ch₂(g) COCH(g) K₂ = 22.5 For this equilibrium, calculate a) the partial pressure of COC12(g); b) the total gas pressure? For the equilibrium 2H₂S(g) 2112(g) + S₂(g) Ke 9.0x10 at 700°C the initial concentrations of the three gases are 0.3M H₂S, 0.3M H₂, and 0.15M S Determine the equilibrium concentrations of the gases.
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