Pauling suggested an equation to predict the acidic strength of oxy acid pKa∼ eq9-7n at 25° C Where 'n' is the number of non-hydrogenated oxygen atom per molecule. According to Pauling equation which of the following is incorrect?

Question

Pauling suggested an equation to predict the acidic strength of oxy acid pKa∼ eq9-7n at 25° C Where 'n' is the number of non-hydrogenated oxygen atom per molecule. According to Pauling equation which of the following is incorrect? (A) (pK)a(H3 (PO)4)∼ eq2 (B) (pK)a((HClO)4)∼ eq-12 (C) (pK)a(.HOCl.)∼ eq9 (D) (pK)a(H2 (SO)3)∼ eq-5

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Q. Pauling suggested an equation to predict the acidic strength of oxy acid $p K_{a} \sim e q 9 - 7 n$ at $2 5^{\circ} C$
Where $^{'} n^{'}$ is the number of non-hydrogenated oxygen atom per molecule. According to Pauling equation which of the following is incorrect?

$(p K)_{a} (H_{3} (PO)_{4}) \sim e q 2$

$(p K)_{a} ((H ClO)_{4}) \sim e q - 12$

$(p K)_{a} (H OCl) \sim e q 9$

$(p K)_{a} (H_{2} (SO)_{3}) \sim e q - 5$

Q. Pauling suggested an equation to predict the acidic strength of oxy acid pKa​∼eq9−7n at 25∘C Where ′n′ is the number of non-hydrogenated oxygen atom per molecule. According to Pauling equation which of the following is incorrect?

(pK)a​(H3​(PO)4​)∼eq2

(pK)a​((HClO)4​)∼eq−12

(pK)a​(HOCl)∼eq9

(pK)a​(H2​(SO)3​)∼eq−5

Q. Pauling suggested an equation to predict the acidic strength of oxy acid $p K_{a} \sim e q 9 - 7 n$ at $2 5^{\circ} C$
Where $^{'} n^{'}$ is the number of non-hydrogenated oxygen atom per molecule. According to Pauling equation which of the following is incorrect?

$(p K)_{a} (H_{3} (PO)_{4}) \sim e q 2$

$(p K)_{a} ((H ClO)_{4}) \sim e q - 12$

$(p K)_{a} (H OCl) \sim e q 9$

$(p K)_{a} (H_{2} (SO)_{3}) \sim e q - 5$