InterviewSolution
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InterviewSolution
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For two different acids with same concentrationA. The relative strngth is expressed as `(alpha_(1))/(a_(2))`B. Relative strength is expressed as `(K_(a_(1)))/(K_(a_(2)))`C. Relative strength is expressed as `sqrt((K_(a_(1)))/(K_(a_(2))))`D. `(pH_(1))/(pH_(2))` |
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Answer» Correct Answer - A::C Let `alpha_(1), and alpha_(2)` be the degree of dissociation of two acids and `alpha_(1),alpha_(2)` are very small when compared to unity. `(calpha_(1)^(2))/(1-alpha_(1))=K_(a_(1)),(calpha_(2)^(2))/(1-alpha_(2))=K_(a_(2))impliessqrt((K_(a_(1)))/(K_(a_(2))))=(alpha_(1))/(alpha_(2))=` relative strength Hence choices (a) and (b) and (c) are correct while (b) and (d) are incorrect. |
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