<P> UV / Vis can be applied to determine the kinetics or rate constant of a chemical reaction . The reaction , occurring in solution , must present color or brightness shifts from reactants to products in order to use UV / Vis for this application . For example , the molecule mercury dithizonate is a yellow - orange color in diluted solution ( 1 * 10 ^ - 5 M ) , and turns blue when subjected with particular wavelengths of visible light ( and UV ) via a conformational change , but this reaction is reversible back into the yellow `` ground state '' . </P>
<P> UV / Vis can be applied to determine the kinetics or rate constant of a chemical reaction . The reaction , occurring in solution , must present color or brightness shifts from reactants to products in order to use UV / Vis for this application . For example , the molecule mercury dithizonate is a yellow - orange color in diluted solution ( 1 * 10 ^ - 5 M ) , and turns blue when subjected with particular wavelengths of visible light ( and UV ) via a conformational change , but this reaction is reversible back into the yellow `` ground state '' . </P>
if a solution is blue what color will it show the most response in terms of absorption
if a solution is blue what color will it show the most response in terms of absorption
yellow - orange
yellow - orange