The Art and Science of Chemical AnalysisGraphs and Excel-based problems appear throughout the book and are supported by user-friendly templates on the accompanying CD. * Study questions and problems appear every few pages throughout the book. These questions are followed by answers. * Enke's book is organized by differentiating characteristics rather than by techniques. |
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absorbance absorption acid-base activity coefficient AgCl amount Answers to Study antibody antigen atoms autoprotolysis balance equation buffer calculated centration chromatography color complex components compounds conversion device coulometric couple Cu2+ decreases detector determined difference differentiating characteristic dissolved EDTA electrode potential emission end point energy enzyme equal equilibrium constant equilibrium potential equivalence point example excitation Fe2+ Fe3+ fluorescence formation constant function H₂O H3O+ half reaction increase ionic strength K₁ ligand light liquid log concentration plot mass measurement method Mg2+ mobile phase molecules moles Nernst equation obtained output oxidation precipitate probe proton quantity react reactant readout reagent redox reduced reference electrode sample Section sensor shown in Figure Sn2+ solubility solution solvent species spectrometer spectrum standard deviation Study Questions substrate system point Table technique temperature test electrode tion titration curve voltage volume wavelength weak acid



