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The molar conductivity is defined as the conducting power of all the ions that are formed by dissolving a mole of electrolyte in a solution.
Molar conductance is dependent on the concentration of the electrolyte. When the solution is dilute the number of ions available per unit volume reduces, resulting in the reduction of the conductivity.
- The molar conductivity of both weak and strong electrolytes increases with a decrease in concentration or dilution.
- The molar conductivity is the conductivity offered by one mole of ions.
- Even after dilution, we are still considering the same unit mole of ions.
- But however, the increased dilution results in the dissociation of more electrolytes into ions and effectively increasing the number of active ions in the solution.
- These active ions impart more conductivity.
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The formula of an oxo-anion of manganese (Mn) in which it shows the oxidation state equal to its group number is {tex}MnO_4^{-}{/tex}. Here, oxidation state of Mn is +7 which is same as is its group number.
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There is sharp increase in the number of ions in the solution. Hence, the molar conductivity of a weak electrolyte rises steeply at low concentration. (ii) Strong electrolytes: The molar conductivity of a strong electrolyte decreases slightly with the increase in concentration.
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Kavya S 3 years, 7 months ago
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