The equivalent weight of\[Zn{{\left( OH \right)}_{2}}\]in the following reaction is equal to its, \[[Zn{{\left( OH \right)}_{2}}+\text{ }\left( N{{O}_{3}} \right)~Zn\left( OH \right)\left( N{{O}_{3}} \right)\text{ }+{{H}_{2}}O]\] [MH CET 1999]

\[3\times \text{formula}\ \text{wt}\text{.}\]

\[\frac{\text{Formula}\ \text{wt}\text{.}}{2}\]

\[\frac{\text{Formula}\ \text{wt}\text{.}}{1}\]

\[2\times \text{formula}\ \text{wt}\text{.}\]

The equivalent weight of\[Zn{{\left( OH \right)}_{2}}\]in the followin

1.	The equivalent weight of\[Zn{{\left( OH \right)}_{2}}\]in the following reaction is equal to its, \[[Zn{{\left( OH \right)}_{2}}+\text{ }\left( N{{O}_{3}} \right)~Zn\left( OH \right)\left( N{{O}_{3}} \right)\text{ }+{{H}_{2}}O]\] [MH CET 1999]
A.	\[\frac{\text{Formula}\ \text{wt}\text{.}}{2}\]
B.	\[\frac{\text{Formula}\ \text{wt}\text{.}}{1}\]
C.	\[3\times \text{formula}\ \text{wt}\text{.}\]
D.	\[2\times \text{formula}\ \text{wt}\text{.}\]
Answer» C. \[3\times \text{formula}\ \text{wt}\text{.}\]

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The equivalent weight of\[Zn{{\left( OH \right)}_{2}}\]in the following reaction is equal to its, \[[Zn{{\left( OH \right)}_{2}}+\text{ }\left( N{{O}_{3}} \right)~Zn\left( OH \right)\left( N{{O}_{3}} \right)\text{ }+{{H}_{2}}O]\] [MH CET 1999]

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