The \[{{K}_{SP}}\] of \[AgI\] is \[1.5\times {{10}^{-16}}\]. On mixing equal volumes of the following solutions, precipitation will occur only with [AMU 2000]

\[{{10}^{-16}}M\,A{{g}^{+}}\]and \[{{10}^{-16}}M\,{{I}^{-}}\]

\[{{10}^{-7}}M\,A{{g}^{+}}\] and \[{{10}^{-19}}M\,{{I}^{-}}\]

\[{{10}^{-8}}M\,A{{g}^{+}}\]and \[{{10}^{-8}}M\,{{I}^{-}}\]

\[{{10}^{-9}}M\,A{{g}^{+}}\]and \[{{10}^{-9}}M\,{{I}^{-}}\]

The \[{{K}_{SP}}\] of \[AgI\] is \[1.5\times {{10}^{-16}}\]. On mixing

1.	The \[{{K}_{SP}}\] of \[AgI\] is \[1.5\times {{10}^{-16}}\]. On mixing equal volumes of the following solutions, precipitation will occur only with [AMU 2000]
A.	\[{{10}^{-7}}M\,A{{g}^{+}}\] and \[{{10}^{-19}}M\,{{I}^{-}}\]
B.	\[{{10}^{-8}}M\,A{{g}^{+}}\]and \[{{10}^{-8}}M\,{{I}^{-}}\]
C.	\[{{10}^{-16}}M\,A{{g}^{+}}\]and \[{{10}^{-16}}M\,{{I}^{-}}\]
D.	\[{{10}^{-9}}M\,A{{g}^{+}}\]and \[{{10}^{-9}}M\,{{I}^{-}}\]
Answer» C. \[{{10}^{-16}}M\,A{{g}^{+}}\]and \[{{10}^{-16}}M\,{{I}^{-}}\]

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The \[{{K}_{SP}}\] of \[AgI\] is \[1.5\times {{10}^{-16}}\]. On mixing equal volumes of the following solutions, precipitation will occur only with [AMU 2000]

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