Abstract:
Concentration is one of the primitive aspects of chemistry, which describes the extent of
the abundance of a solute in a given solution. Determining the concentration of a solution that does
not has a chemical formula and with unknown molecular weight is one of the difficult
topics. In this study, we have analyzed the concentration of such solutions using comprehensive
mathematics along with the Beer-Lambert law for the UV spectrophotometer results. Experimental
studies were conducted using the standard solutions of Biochar, Coir, Wood bark, and Sawdust
which were extracted from the same Coccus Nucifera species to verify the equality of concentrations.
Solutions were prepared by mixing the raw materials with water at 1:2 (w/w) ratio. The
hypothetical concentrations of solutions were in the same range since each of the specimens contains
the similar type of organic content and all the solutions were prepared in the same organic content: water
empirical ratios. The objective of the study was achieved by proving that the concentration found
using this novel approach for each specimen is almost equal since the specimens are from the same
origin, which simultaneously verified the hypothetical concentrations are the same through
mathematical computations. A comprehensive understanding of finite integrals is compulsory to
get proficiency with this method. Furthermore, this approach is applicable to finding the
concentration of any soil solutions. The benefit of this model has vast scopes in the future at resolving
several queries related to medical, commercial, scientific, and industrial issues related to the
concentration of solutions.
