(i) `A+Na_(2)CO_(3) rarr B+C`
(ii) `A overset(CO_(2))(rarr) ("Milky")C`
The chemical formula of `A` and `B` are respectively

(i) A+Na_(2)CO_(3) to B+C, (ii) A overset(CO_(2))to (Milkyl) C. ltbr. The chemical formula of A and B are respectively:

(i) A+Na_(2)CO_(3) to B+C, (ii) A overset(CO_(2))to (Milkyl) C. ltbr. The chemical formula of A and B are respectively:

(Milky cloud) Coverset(CO_(2))larrA+Na_(2)CO_(3)rarrB+C The chemical formulae of A and B are :

KO_(2) + CO_(2) + H_(2)O underset(CO_(2))overset("more")(rarr) A + B , then A and B are respectively

KO_(2) + CO_(2) + H_(2)O underset(CO_(2))overset("more")(rarr) A + B , then A and B are respectively

A overset(Delta)rarrB("oxide")+CO_(2)" " B+H_(2)O rarr C C+CO_(2) rarr A("milky")" " C+NH_(4)Cl overset(Delta)rarrD("gas") D+H_(2)O+CO_(2) rarrE " "E+NaCl rarrF F overset(Delta) Na_(2)CO_(3)+H_(2)O+CO_(2) B and C are respectively

Identify the following: Na_(2)CO_(3) overset(SO_(2))(rarr) A overset(Na_(2)CO_(2))(rarr) B overset("element S")(rarr)Coverset(I_(2))(rarr)D Also mention the oxidation state of S in all the compounds

Identify the following: Na_(2)CO_(3)overset(So_(2))rarr A overset(Na_(2)CO_(3))rarr B overset("Element s")underset(Delta)rarr C overset(I_(2))rarr D Also mention the oxidation state of S in all the compounds.