A 3.00-liter flask initially contains 3.00 mol of gas A and 1.50 mol of gas B. Gas A decomposes according to the following reaction:3A 2B + CThe equilibrium concentration of gas C is 0.119 mol/L. Determine the equilibrium concentration of gas B. a 0.619 M b 0.738 M c 0.238 M d 0.119 M e 0.262 M
A 3.00-liter flask initially contains 3.00 mol of gas A and 1.50 mol of gas B. Gas A decomposes according to the following reaction:3A 2B + CThe equilibrium concentration of gas C is 0.119 mol/L. Determine the equilibrium concentration of gas B. a 0.619 M b 0.738 M c 0.238 M d 0.119 M e 0.262 M
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 12.31PAE: 12.31 A system consisting of 0.100 mole of oxygen gas, O2, is placed in a closed 1.00-L container...
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A 3.00-liter flask initially contains 3.00 mol of gas A and 1.50 mol of gas B. Gas A decomposes according to the following reaction:
3A 2B + C
The equilibrium concentration of gas C is 0.119 mol/L. Determine the equilibrium concentration of gas B.
3A 2B + C
The equilibrium concentration of gas C is 0.119 mol/L. Determine the equilibrium concentration of gas B.
a
|
0.619 M
|
b
|
0.738 M
|
c
|
0.238 M
|
d
|
0.119 M
|
e
|
0.262 M
|
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