Kelvi

The conductivity of centimolar solution KCl at 25 $^\circ$ C is 0.0210 ohm $^{-1}$ cm $^{-1}$ and resistance of the cell containing the solution at 25 $^\circ$ C is 60 ohm. The value of cell constant is:

easy

Electrochemistry

2023

chemistry

1.34 cm $^{-1}$

3.28 cm $^{-1}$

1.26 cm $^{-1}$

Explanation

To solve this problem, we need to find the cell constant using the given conductivity and resistance. $\\$ The formula for conductivity $(\kappa)$ is: $\\ \kappa = \frac{1}{R} \cdot$

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The conductivity of centimolar solution KCl at 25∘^\circ∘C is 0.0210 ohm−1^{-1} −1 cm−1^{-1} −1 and resistance of the cell containing the solution at 25∘^\circ∘C is 60 ohm. The value of cell constant is:

Explanation

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The conductivity of centimolar solution KCl at 25 $^\circ$ C is 0.0210 ohm $^{-1}$ cm $^{-1}$ and resistance of the cell containing the solution at 25 $^\circ$ C is 60 ohm. The value of cell constant is: