Because there are aqueous and gaseous reactants and products, my approach to this question was to use molar concentrations, not partial pressure. Doing so, I got
Is this correct?
11.13c (6th Edition)
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Rimsha Hussaini 1A
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11.13c (6th Edition)
Hey! I was hoping someone could clarify 11.13 part c for me.
 + 2H_{3}O^{+} (aq)\rightarrow CO_{2} (g) + 3H_{2}O (l))
Because there are aqueous and gaseous reactants and products, my approach to this question was to use molar concentrations, not partial pressure. Doing so, I got
Is this correct?
Because there are aqueous and gaseous reactants and products, my approach to this question was to use molar concentrations, not partial pressure. Doing so, I got
Is this correct?
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MaanasO 1A
- Posts: 72
- Joined: Fri Sep 28, 2018 12:26 am
Re: 11.13c (6th Edition)
Hello Rimsha!
Yes your expression for the equilibrium constant looks accurate!
Yes your expression for the equilibrium constant looks accurate!
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deepto_mizan1H
- Posts: 65
- Joined: Fri Sep 28, 2018 12:16 am
Re: 11.13c (6th Edition)
I believe the partial pressure will be used in terms of when all (or possible most) the products or reactants are in the gas phase.
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