The concentration of \[[{{H}^{+}}]\] and concentration of \[[O{{H}^{-}}]\] of a 0.1 aqueous solution of 2% ionised weak acid is [Ionic product of water \[=1\times {{10}^{-14}}]\] [DPMT 2004; CBSE PMT 1999]

\[1\times {{10}^{3}}\ M\ \text{and}\ 3\times {{10}^{-11}}M\]

\[2\times {{10}^{-3}}\]M and \[5\times {{10}^{-12}}\]M

\[0.02\times {{10}^{-3}}\ M\ \text{and}\ 5\times {{10}^{-11}}M\]

\[3\times {{10}^{-2}}\ M\ \text{and}\ 4\times {{10}^{-13}}M\]

The concentration of \[[{{H}^{+}}]\] and concentration of \[[O{{H}^{-}

1.	The concentration of \[[{{H}^{+}}]\] and concentration of \[[O{{H}^{-}}]\] of a 0.1 aqueous solution of 2% ionised weak acid is [Ionic product of water \[=1\times {{10}^{-14}}]\] [DPMT 2004; CBSE PMT 1999]
A.	\[2\times {{10}^{-3}}\]M and \[5\times {{10}^{-12}}\]M
B.	\[1\times {{10}^{3}}\ M\ \text{and}\ 3\times {{10}^{-11}}M\]
C.	\[0.02\times {{10}^{-3}}\ M\ \text{and}\ 5\times {{10}^{-11}}M\]
D.	\[3\times {{10}^{-2}}\ M\ \text{and}\ 4\times {{10}^{-13}}M\]
Answer» B. \[1\times {{10}^{3}}\ M\ \text{and}\ 3\times {{10}^{-11}}M\]

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The concentration of \[[{{H}^{+}}]\] and concentration of \[[O{{H}^{-}}]\] of a 0.1 aqueous solution of 2% ionised weak acid is [Ionic product of water \[=1\times {{10}^{-14}}]\] [DPMT 2004; CBSE PMT 1999]

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