The specific conductance of a saturated $AgCl$ solution is found to be $1.86 imes {{10}^{-6}}\,S\,c{{m}^{-1}}$ and that for water is $6.0 imes {{10}^{-8}}\,S\,c{{m}^{-1}}$. The solubility of AgCl is $({{\Lambda }_{0}}=137.2\,S\,equi{{v}^{-1}}\,c{{m}^{2}})$

Question

The specific conductance of a saturated $AgCl$ solution is found to be $1.86	imes {{10}^{-6}}\,S\,c{{m}^{-1}}$ and that for water is $6.0	imes {{10}^{-8}}\,S\,c{{m}^{-1}}$. The solubility of AgCl is $({{\Lambda }_{0}}=137.2\,S\,equi{{v}^{-1}}\,c{{m}^{2}})$

Accepted Answer

$1.3	imes {{10}^{-5}}\,mol\,{{L}^{-1}}$

Answer

$1.7	imes {{10}^{-3}}\,mol\,{{L}^{-1}}$

Answer

$1.3	imes {{10}^{-4}}\,mol\,{{L}^{-1}}$

Answer

$1.3	imes {{10}^{-6}}\,mol\,{{L}^{-1}}$

electrochemistry

Question: The specific conductance of a saturated $AgCl$ solution is found to be $1.86\times {{10}^{-6}}\,S\,c{{m}^{-1}}$ and that for water is $6.0\times {{10}^{-8}}\,S\,c{{m}^{-1}}$. The solubility of AgCl is $({{\Lambda }_{0}}=137.2\,S\,equi{{v}^{-1}}\,c{{m}^{2}})$

electrochemistry

Question: The specific conductance of a saturated $AgCl$ solution is found to be $1.86\times {{10}^{-6}}\,S\,c{{m}^{-1}}$ and that for water is $6.0\times {{10}^{-8}}\,S\,c{{m}^{-1}}$. The solubility of AgCl is $({{\Lambda }_{0}}=137.2\,S\,equi{{v}^{-1}}\,c{{m}^{2}})$

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