6A #23
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Tony Chen 1F
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Kaitlin Eblen 1I
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Re: 6A #23
Hi Tony,
Since Ba(OH)2 is classified as one of the 6 strong bases, we know it fully dissociates into its ions (Ba2+ and OH-). Setting up an ICE box (see attached image), we can see that since all of the Ba(OH)2 dissociates, x = -[Ba(OH)2]. And for every one mole of Ba(OH)2 that dissociates, one mole of Ba2+ is produced. Therefore, the initial concentration of Ba(OH)2 is equal to the equilibrium concentration of Ba2+.
Since Ba(OH)2 is classified as one of the 6 strong bases, we know it fully dissociates into its ions (Ba2+ and OH-). Setting up an ICE box (see attached image), we can see that since all of the Ba(OH)2 dissociates, x = -[Ba(OH)2]. And for every one mole of Ba(OH)2 that dissociates, one mole of Ba2+ is produced. Therefore, the initial concentration of Ba(OH)2 is equal to the equilibrium concentration of Ba2+.
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Tony Chen 1F
- Posts: 103
- Joined: Fri Sep 24, 2021 6:59 am
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