Question: How do you complete this reaction? \[HCOO{H_{\left( {aq} \right)}} + NaO{H_{\left( {aq} \right)}} ...

Question

How do you complete this reaction?
$HCOO{H_{\left( {aq} \right)}} + NaO{H_{\left( {aq} \right)}} \to ? + ?$

Answer 1

Solution

To complete a reaction, first get to know what quiet reactions can occur, and the way the varied elements behave. Look at the reactants to work out the type of reaction happening. Once you recognize your reaction type, find the acceptable section that follows and proceed.

Complete step by step answer:
As we know that the chemical reactions are concerned with breaking of old bonds to make new bonds, it’s the interaction of two more substances, leading to the chemical changes between them. Chemical reactions happen when some quiet energy is supplied to them. Chemical reactions involve the rearrangement of the atoms and produce new substances during the reaction.
Given reaction is $HCOO{H_{\left( {aq} \right)}} + NaO{H_{\left( {aq} \right)}} \to ? + ?$
The above reaction is a neutralization reaction because acid and alkali are in the reactants.
It is critical in acid/base chemistry to first determine the majority of the chemical species that are within the answer. This is often particularly true when mixing two solutions together.
As such, when mixing two solutions together, you’d wish to first inspect any neutralization to figure out what’s getting to (for the foremost part) remain in the solution.
Neutralization reaction: The reaction between the acids (carboxylic acids and conventional acids $HCl,{H_2}S{O_4}$ , etc.) and aqueous solution of hydroxides (for e.g. $NaOH$ ) to form salts and water is called a neutralization reaction.
$HCOOH$ is known as formic acid and a simple carboxylic acid. $NaOH$ is sodium hydroxide and it is alkali. These two react to form salt ( $HCOONa$ , sodium formate) and water. The chemical equation is as follows,
$HCOO{H_{\left( {aq} \right)}} + NaO{H_{\left( {aq} \right)}} \to HCOON{a_{(aq)}} + {H_2}O$

Note:
We need to remember that the $HCOOH$ is an acid but the product $HCOONa$ is a basic salt. The use of a pH meter for this reaction makes sure that the pH is greater than seven.
Neutralization reaction is important for humans and also important for many reasons, it will help return pH levels to more neutral levels.
The methodology of using, neutralization reaction, to seek out the number of alkali or acid that concentration for unknown is named neutralization volumetric analysis.