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Mellunal, CH3OH, foeerly kiwIs wIni siksshael, is nmulusturel menially by th: folkwing relim Col0) – 22(g) - CII,OH(g) A1S00L vessel was illed with 0.1s10 mel CO and 0.3910 mol Hy. Wben this mixce came to equilibrim at S00 K, the vessel conisined U.1280 el C0. Llow msuy males of each substane wene in the vessel al eguilibim? пю На mo. CH,OH

Mellunal, CH3OH, foeerly kiwIs wIni siksshael, is nmulusturel menially by th: folkwing relim Col0) – 22(g) - CII,OH(g) A1S00L vessel was illed with 0.1s10 mel CO and 0.3910 mol Hy. Wben this mixce came to equilibrim at S00 K, the vessel conisined U.1280 el C0. Llow msuy males of each substane wene in the vessel al eguilibim? пю На mo. CH,OH

Introductory Chemistry: An Active Learning Approach
Introductory Chemistry: An Active Learning Approach
6th Edition
ISBN:9781305079250
Author:Mark S. Cracolice, Ed Peters
Publisher:Mark S. Cracolice, Ed Peters
Chapter18: Chemical Equilibrium
Section: Chapter Questions
Problem 54E: For the following system, K=4.86105 at 298K: HClO(aq)+F(aq)ClO(aq)+HF(aq) Assuming that you start...
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Mellunal, CH3OH, foeerly kiwIs wIni siksshael, is nmulusturel menially by th: folkwing relim Col0) – 22(g) - CII,OH(g) A1S00L vessel was illed with 0.1s10 mel CO and 0.3910 mol Hy. Wben this mixce came to equilibrim at S00 K, the vessel conisined U.1280 el C0. Llow msuy males of each substane wene in the vessel al eguilibim? пю На mo. CH,OH
Transcribed Image Text:Mellunal, CH3OH, foeerly kiwIs wIni siksshael, is nmulusturel menially by th: folkwing relim Col0) – 22(g) - CII,OH(g) A1S00L vessel was illed with 0.1s10 mel CO and 0.3910 mol Hy. Wben this mixce came to equilibrim at S00 K, the vessel conisined U.1280 el C0. Llow msuy males of each substane wene in the vessel al eguilibim? пю На mo. CH,OH
Expert Solution
Step 1

Given:

Initial mole of CO = 0.1510 mol

Initial mole of H2 = 0.3910 mol

Moles of CO at equilibrium = 0.128 mol

Step 2

Determination of moles at equilibrium:

Construct ICE table.

Chemistry homework question answer, step 2, image 1

The given equilibrium moles of CO = 0.128 mol

Substitute this in equilibrium mole of CO from ICE table and solve for x.

Chemistry homework question answer, step 2, image 2

 

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