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Standard XII

Chemistry

Nernst Equation

At 291 K, the...

Question

At 291 K, the ionic conductivities of $A g^{+}$ and $N O_{3}^{-}$ are 54.14 and 61.27 $S c m^{2} m o l^{- 1}$ at infinite dilution. Calculate the transport no. of $A g^{+}$ at infinite dilution (write answer as the nearest integer after multiplying transport number with 10).

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Solution

The transport number of silver ion at infinite dilution is $\frac{54.14}{54.14 + 61.27} = 0.47$
Hence, answer is 5.

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Similar questions

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At 291 K, the ionic conductivities of Ag+ and NO−3 are 54.14 and 61.27 Scm2mol−1 at infinite dilution. Calculate the transport no. of Ag+ at infinite dilution (write answer as the nearest integer after multiplying transport number with 10).

The transport number of silver ion at infinite dilution is 54.1454.14+61.27=0.47Hence, answer is 5.

At 291 K, the ionic conductivities of $A g^{+}$ and $N O_{3}^{-}$ are 54.14 and 61.27 $S c m^{2} m o l^{- 1}$ at infinite dilution. Calculate the transport no. of $A g^{+}$ at infinite dilution (write answer as the nearest integer after multiplying transport number with 10).

The transport number of silver ion at infinite dilution is $\frac{54.14}{54.14 + 61.27} = 0.47$
Hence, answer is 5.