The specific conductance of an aqueous {KNO}_{3} solution at 298 {K}, for a fixed concentration is 0.024 {oh} {m}^{-1} \cdot {cm}^{-1}. If the resistance of a cell containing this solution at 298 {K} was found to be 85 {ohm}, then find its cell constant.

AP EAPCET 6 Sep 2021 Shift 1 Paper

Question : 150 of 160

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The specific conductance of an aqueous KNO3 solution at 298K, for a fixed concentration is 0.024ohm−1⋅cm−1. If the resistance of a cell containing this solution at 298K was found to be 85ohm, then find its cell constant.

2.04cm−1
4.36×10−4cm−1
1.02cm−1
2.18×10−4cm−1

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