What is the molar conductivity of {CH}_{3} {CO}_{2} {H} at infinite dilution? Given that, ∧_{m}^{\circ}( {CH}_{3} {CO}_{2})_{2} {Ba}=x_{1} {Scm}^{2} {mol}^{-1} ∧_{m}^{o}( {BaCl}_{2})=x_{2} {S} {cm}^{2} {mol}^{-1} ∧_{m}^{o}( {HCl})=x_{3} {S} {cm}^{2} {mol}^{-1}

Correct Answer is : x1−x22+x3

AP EAPCET 06-Jul-2022 Shift 1 Paper

Section: Chemistry

Question : 145 of 160

Marks: +1, -0

What is the molar conductivity of CH3CO2H at infinite dilution?
Given that,
∧m∘(CH3CO2)2Ba=x1Scm2mol−1
∧mo(BaCl2)=x2Scm2mol−1
∧mo(HCl)=x3Scm2mol−1

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