I'm having trouble fully and conceptually understanding how a more stable conjugate base will increase acidity.
What do we mean when we say a conjugate base is stable? Is it simply that it's less likely to pair with H+ ions and revert back to the strong acid?
How does a stable conjugate base increase acidity?
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Re: How does a stable conjugate base increase acidity?
A stable conjugate base means that the base formed by the acid giving away its proton will not want to attract the proton back. Its structure and electrons are arranged in a way that does not need the hydrogen. This means that the conjugate base will be less likely to attract a hydrogen back from the H30+ ion, which means that the H3O+ concentration will stay high.
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Re: How does a stable conjugate base increase acidity?
Hi there!
When the conjugate base is more stable, the reaction leans more towards the right, where the conjugate base lies. Because the ionized form is more stable, a greater concentration of the species will be in the ionized form and therefore, more acidic. Hope this helps!
When the conjugate base is more stable, the reaction leans more towards the right, where the conjugate base lies. Because the ionized form is more stable, a greater concentration of the species will be in the ionized form and therefore, more acidic. Hope this helps!
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Re: How does a stable conjugate base increase acidity?
Why is a conjugate base that experiences resonance / delocalization more stable and therefore makes something more acidic?
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Re: How does a stable conjugate base increase acidity?
how do you know if a conjugate base is stable?
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Re: How does a stable conjugate base increase acidity?
can someone explain why the weaker an acid, the stronger is its conjugate base; the stronger an acid, the weaker is its conjugate base.
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