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The resistance of 0.01M CH(3)COOH soluti...

The resistance of 0.01M `CH_(3)COOH` solution is found to be 2220 ohm when measured in a cell of cell constant 0.366 `cm^(-1)` Given that `lambda_(m)^(@)(H^(+)) and lambda_(m)^(@)(cH_(3)COO^(-))` as 349.1 and 40.9 `cm^(2) mol^(-1)` calculate
(a) Conductivity
(b) Molar Conductance
(c) Degree of dissociation
(d) Dissociation Constant

Text Solution

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To solve the given problem step by step, we will calculate the conductivity, molar conductance, degree of dissociation, and dissociation constant for the acetic acid solution. ### Given Data: - Resistance (R) = 2220 ohm - Cell constant (k) = 0.366 cm^(-1) - Molarity (C) = 0.01 M - Limiting molar conductivity of H⁺ (λ_m(H⁺)) = 349.1 cm² mol⁻¹ - Limiting molar conductivity of CH₃COO⁻ (λ_m(CH₃COO⁻)) = 40.9 cm² mol⁻¹ ...
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