![SOLVED: The Relation Between Ka and Kb of a Conjugate Acid-Base Pair A key relationship exists between the Ka Of HA and the Kb of its conjugate base; A- which we can SOLVED: The Relation Between Ka and Kb of a Conjugate Acid-Base Pair A key relationship exists between the Ka Of HA and the Kb of its conjugate base; A- which we can](https://cdn.numerade.com/ask_previews/895fc8aa-e558-4ce3-baea-4f4b420d918c_large.jpg)
SOLVED: The Relation Between Ka and Kb of a Conjugate Acid-Base Pair A key relationship exists between the Ka Of HA and the Kb of its conjugate base; A- which we can
![SOLVED: Identify the correct expression: A. Ka + Kb = Kw B. Ka - Kb = Kw C. Ka X Kb= Kw D. K = Kw Kb SOLVED: Identify the correct expression: A. Ka + Kb = Kw B. Ka - Kb = Kw C. Ka X Kb= Kw D. K = Kw Kb](https://cdn.numerade.com/ask_images/bbab67ec95c74063aa6d33cc05748e80.jpg)
SOLVED: Identify the correct expression: A. Ka + Kb = Kw B. Ka - Kb = Kw C. Ka X Kb= Kw D. K = Kw Kb
What is value of Ka and kb for water (H20) and how numerically prove that ka ×kb=kw in case of water? - Quora
![How is Kw=Ka x Kb if each of those equilibrium constants include the concentration of another substance in them? Kw=H3o x oh but ka which is h3o also includes another substance? : How is Kw=Ka x Kb if each of those equilibrium constants include the concentration of another substance in them? Kw=H3o x oh but ka which is h3o also includes another substance? :](https://preview.redd.it/rcg1yr1sek751.png?width=373&format=png&auto=webp&s=9c1ddb6eb140cc671a776642b7dad30390f9db4f)
How is Kw=Ka x Kb if each of those equilibrium constants include the concentration of another substance in them? Kw=H3o x oh but ka which is h3o also includes another substance? :
![From the dissociation constants Ka and Kb for an acid and its conjugate base, show that Ka· Kb = Kw . From the dissociation constants Ka and Kb for an acid and its conjugate base, show that Ka· Kb = Kw .](https://d1hj4to4g9ba46.cloudfront.net/questions/1612500_1740151_ans_bdfb34fc466e41398c65a3412f1b4f83.jpg)
From the dissociation constants Ka and Kb for an acid and its conjugate base, show that Ka· Kb = Kw .
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