`[Co(H_(2)N-CHCH_(2)_NH_(2))_(3)]_(2)S_(3)overset("oxidation")(rarr)Co^(+4)+CO_(3)^(-2)+NO_(3)^(-)+SO_(4)^(-2)`
What is the equivalent weight of the reactant in the avobe reaction?

[Co(NH_(3))_(5)NO_(2)]SO_(4) shows

[Co(NH_(3))_(5)NO_(2)]SO_(4) shows

Fe_(2)S_(3) to FeSO_(4)+SO_(2) : in this reaction the equivalent weight of Fe_(2)S_(3) (asuming S in -2 oxidation state) is-

In the reaction As_(2)S_(3)+NO_(3)^(-)+H_(2)OtoAsO_(4)^(3-)+SO_(4)^(2-)+H^(+)+NO the equivalent weight of As_(2)S_(3) is (M=Mol. Wt).

The oxidation number of Co in [Co(NH_(3))_(3)(NO_(2))_(3)] is

In the reaction Cr_(2)S_(3) + Mn^(+2) + NO_(3)^(-) + CO_(3)^(-2) rarr CrO_(4)^(2) + MnO_(4)^(2) + NO + CO_(2) + SO_(4)^(2-) The elements that undergo oxidation

For a reaction carried at 400 K, NO_(2)(g) + CO_(2)(g) to CO_(2)(g) + NO_(2)(g) , the proposed mechanism is as follows: NO_(2) + NO_(2) overset("Slow")to NO + NO_(3) NO_(3) + CO overset("Fast")to CO_(2) + NO_(2) What is the rate law for the reaction?

Urea is prepared by the reaction between ammonia and carbon dioxide. 2NH_(3_((g)))+CO_(2_((g)))rarr(NH_(4))_(2)CO_(aq)+H_(2)O_((l)) In one process, 637.2 g of NH_(3) are allowed to react with 1142 g of CO_(2) (a) Which of the two reactants is the limiting reagent? 2NH_(3_((g)))+CO_(2_((g)))rarr(NH_(4))_(2)CO_(aq)+H_(2)O_((l)) (b) Calculate the mass of (NH_(4))_(2)CO formed. 2NH_(3_((g)))+CO_(2_((g)))rarr(NH_(4))_(2)CO_(aq)+H_(2)O_((l)) (c) How much of the excess reagent in grams is left at the end of the reaction?

What is the oxidation number of Co in [Co(NH_(3))_(4)ClNO_(2)] ?