Analytical ChemistryXerox College Pub., 1971 - 508 pagine |
Dall'interno del libro
Risultati 1-3 di 89
Pagina 386
... reaction and its rate depends only on the concentration of A. Equation 21.2 is known as the differential form of the first - order rate law . The integrated form of the equation is kt log [ A ] = log [ 4 ] o - 2.303 ( 21.3 ) where [ A ] ...
... reaction and its rate depends only on the concentration of A. Equation 21.2 is known as the differential form of the first - order rate law . The integrated form of the equation is kt log [ A ] = log [ 4 ] o - 2.303 ( 21.3 ) where [ A ] ...
Pagina 385
... reaction in certain titrations . The catalyst was added in sufficient concentration to make the reaction occur immediately . We will describe the use of rate - limited reactions for the determination of concentrations of substances that ...
... reaction in certain titrations . The catalyst was added in sufficient concentration to make the reaction occur immediately . We will describe the use of rate - limited reactions for the determination of concentrations of substances that ...
Pagina 386
... reaction and its rate depends only on the concentration of A. Equation 21.2 is known as the differential form of the first - order rate law . The integrated form of the equation is kt log [ 4 ] = log [ 4 ] o 2.303 ( 21.3 ) where [ A ] ...
... reaction and its rate depends only on the concentration of A. Equation 21.2 is known as the differential form of the first - order rate law . The integrated form of the equation is kt log [ 4 ] = log [ 4 ] o 2.303 ( 21.3 ) where [ A ] ...
Sommario
Introduction | 3 |
Basic Tools of Analytical Chemistry | 15 |
Experiment | 16 |
Copyright | |
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absorbance absorption acetic acid solution activity activity coefficient added agent alkaline amount analysis analytical anion atomic beaker beta particles blood buffer buret calcium Calculate calibration carbon cathode cell chelate chloride chromatography color column complex compounds concentration constant containing coulometric crucible decrease detector determined dilute dissolved distilled water EDTA electrode electrolyte eluted end point enzyme Equation equivalence point Erlenmeyer flask error example extraction Figure filter flame flask glass glucose half-reaction hydrochloric acid hydrogen hydroxide indicator instrument iodide ion-selective electrodes ionization measured mercury metal mixture mmoles molecule NaOH Nernst equation nitrogen oxidizing oxidizing agent particles percent perchloric acid pipet potassium potential precipitate prepared procedure protein reaction reagent redox reduced salt sample separation serum sodium soluble solvent substance sulfuric sulfuric acid temperature titration titration curve tube unknown volume volumetric volumetric flask wavelength weight zero