What are the products of $KO{H_{(s)}} + C{O_{2(g)}}$ ?

Hint: We have to know that the chemical equations are emblematic portrayals of synthetic responses in which the reactants and the items are communicated as far as their particular compound formulae. They likewise utilize symbols to address factors like the heading of the response and the actual conditions of the responding substances.

Complete answer:
We have to know that they are conditions that utilize synthetic formulae and images to address compound responses. The left-hand side of a substance condition addresses the reactants and the right-hand side addresses the items. These substances are isolated by an image that depicts the course of the response. Each responding element is additionally doled out its relating stoichiometric coefficient.
It may very well be seen in the model given over that the responding elements are composed on the left-hand side though the items that are framed from the substance responses are composed on the right-hand side of the compound condition.
In the given equation, the product of the reaction and the balanced reaction has to be given below,
$KOH + C{O_{2(g)}} \to KHC{O_3}$
We have to see that the compound responses can be addressed on paper with the assistance of synthetic conditions, a model for which is addressed underneath (for the response between hydrogen gas and oxygen gas to shape water).
$2{H_2} + {O_2} \to 2{H_2}O$

Note:
We have to see that the synthetic conditions wherein electrolytes are addressed as separated particles are normally alluded to as ionic conditions. They are frequently used to address the uprooting responses that occur in fluid mediums. In these responses, a few particles partake in the response and some don't. The particles that don't respond are called onlooker particles and are generally discarded from the net ionic condition.