Suppose molecular weight of `AS_(2)S_(3)` is `"M"` and the equivalent weight of `AS_(2)S_(3)` in the reaction `As_(2)S_(3)+H^(+)+NO_(3)^(-)rarr NO+H_(2)O+ASO_(4)^(-3)+SO_(4)^(-2)` is
`(M)/((14times p))` .Then `"p"=`

As_(2)S_(3) sol is ,

Suppose molecular weight of \(As_{2}S_{3}\) is M and the equivalent weight of \(As_{2}S_{3}\) in the reaction \(As_{2}S_{3}+H^{+}+NO_{3}^{-}\rightarrow NO+H_{2}O+AsO_{4}^{3-}+SO_{4}^{2-}\) is \(\frac{M}{14\times p}\) .Then 'p'=

In the following reaction (unbalanced), equivalent weight of As_(2)S_(3) is related to molecular weight M by As_(2)S_(3)+H+NO_(3)^(-) rarr NO+H_(2)O+AsO_(4)^(3-)+SO_(4)^(2-)

In the reaction xAs_2S_3 + y NO_3^(-)+ H^(+) rarr AsO_4^(3-) + S + NO + H_2O .

Evaluate equivalent weight of As_(2)O_(3) : As_(2)O_(3) + 5H_(2)O to 2AsO_(4)^(3-) + 10 H^(+) + 4e^(-)

The equivalent weight of H_(2)SO_(4) in the following reaction is Na_(2)Cr_(2)O_(7)+3SO_(2)+H_(2)SO_(4)rarr3Na_(2)SO_(4)+Cr_(2)(SO_(4))_(3)+H_(2)O

What is the equivalent weight of HNO_(3) in the given reaction? 4Zn+10HNO_(3) rarr 4Zn(NO_(3))_(2)+NH_(4)NO_(3)+3H_(2)O