In the ionic equation `2K^(+)BrO_(3)^(-)+12H^(+)+10e^(-)rarrBr_(2)+6H_(2)O+2K^(+)`, the equivalent weight of `KBrO_(3)` will be :
(where M = molecular weight of `KBrO_(3)`)

In the ions equatio, BrO_(3)^(-) + 6H^(+) + xe^(-) rarr Br^(3+) + 3H_(2)O , the value of x is

Equivalent weight of H_(3) PO_(2) is ( M rarr molecular weight)

Equivalent weight of H_(3) PO_(2) is ( M rarr molecular weight)

In the reaction Cr_2 O_7^(2-) 14 H^(+) + 6e^(-) rarr 2 Cr^(3+) + 7 H_2O , the equivalent weight fo K_2 Cr_2 O_7 will be .

In acidic medium, equivalent weight of K_(2)Cr_(2)O_(7) (molecular weight = M ) is

In acidic medium, equivalent weight of K_(2)Cr_(2)O_(7) (molecular weight = M ) is

In hot alkaline solution, disproportionates to Br^(-) and BrO_(3)^(-) . 3Br_(2) + 6OH^(-) to 5Br(-) + BrO_(3)^(-) + 3H_(2)O Hence, equivalent weight of Br2 is (molecular weight = M)

For the reaction, 3Zn^(2+)+2K_(4)[Fe(CN)_(6)]rarr K_(2)Zn_(3)[Fe(CN)_(6)]_(2)+6K^(+) , what will be the equivalent weight of K_(4)[Fe(CN)_(6)] , if the molecular weight of K_(4)[Fe(CN)_(6)] is M ?