In the following reaction hydrazine is oxidized `N_(2)`
`N_(2)H_(4)+OH^(-)toN_(2)+H_(2)O+e` The equivalent weight of `N_(2)H_(4)` (hydrazine) is:

Equivalent weight of N_(2)H_(4) is

N_(2) + 3H_(2) to 2NH_(3) In this reaction, equivalent weight of N_(2) is :

N_(2) + 3H_(2) to 2NH_(3) In this reaction, equivalent weight of N_(2) is :

In the oxidation of N_(2)H_(4) " to "N_2 equivalent weight of N_(2)H_(4) would be........

Hydrazine reacts with KIO_(3) in presence of HCl as : N_(2)H_(4)+IO_(3)^(-)+2H^(+)+Cl^(-) rarrICI+N_(2)+3H_(2)O The equivalent masses of N_(2)H_(4) and KIO_(3) respectively are :

Hydrazine reacts with KIO_(3) in presence of HCl as : N_(2)H_(4)+IO_(3)^(-)+2H^(+)+Cl^(-) rarrICI+N_(2)+3H_(2)O The equivalent masses of N_(2)H_(4) and KIO_(3) respectively are :

Hydrazine reacts with KIO_(3) in presence of HCl as : N_(2)H_(4)+IO_(3)^(-)+2H^(+)+Cl^(-) rarrICI+N_(2)+3H_(2)O The equivalent masses of N_(2)H_(4) and KIO_(3) respectively are :

Hydrazine reacts with KIO_(3) in presence of HCl as : N_(2)H_(4)+IO_(3)^(-)+2H^(+)+Cl^(-) rarrICI+N_(2)+3H_(2)O The equivalent masses of N_(2)H_(4) and KIO_(3) respectively are :

A: In the reaction 2NaOH + H_(3)PO_(4) to Na_(2)HPO_(4) + 2H_(2)O equivalent weight of H_(3)PO_(4) is (M)/(2) where M is its molecular weight. R: "Equivalent weight"= ("molecular weight")/("n-factor")