Analytical ChemistryHolt, Rinehart and Winston, 1979 - 685 pagine |
Dall'interno del libro
Risultati 1-3 di 76
Pagina 133
... temperature required to produce a suitable product varies , depending upon the precipitate . Figure 6-3 shows weight loss as a function of temperature for several common analytical precipitates . These data were obtained with an ...
... temperature required to produce a suitable product varies , depending upon the precipitate . Figure 6-3 shows weight loss as a function of temperature for several common analytical precipitates . These data were obtained with an ...
Pagina 556
... temperature . So also does the volume of the container that holds the liquid . The accurate measurement of volume may require taking both of these temperature effects into account . Most volumetric measuring devices are constructed of ...
... temperature . So also does the volume of the container that holds the liquid . The accurate measurement of volume may require taking both of these temperature effects into account . Most volumetric measuring devices are constructed of ...
Pagina 565
... temperature , which influences a calibration in two ways . First and most important , the volume occupied by a given mass of liquid varies with temperature . Second , the volume of the apparatus itself is variable , owing to the ...
... temperature , which influences a calibration in two ways . First and most important , the volume occupied by a given mass of liquid varies with temperature . Second , the volume of the apparatus itself is variable , owing to the ...
Sommario
Introduction | 1 |
A Review of Simple Equilibrium Constant | 24 |
The Evaluation of Analytical Data | 46 |
Copyright | |
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absorbance absorption activity coefficient addition AgNO3 aliquot analysis analyte anode application approximately atoms base buffer buret calcium Calculate calibration carbonate cathode cations cell cerium(IV chemical color column complex concen copper(II coulometric crucible determined dilute dissociation constant dissolved EDTA electrode potential electrolyte employed end point Equation equilibrium constant equivalence point equivalent weight example excess filter formal concentration formation formula weight glass H₂O H3O+ half-cell half-reaction hydrogen hydronium ion hydroxide indicator iodide iodine ion concentration iron(III liquid liter measurements mercury(II metal method molar NaOH oxalate oxidation particles permanganate pipet potassium precipitate prepared primary standard Procedure quantity radiation reaction reagent reduced sample silver chloride silver ion silver nitrate sodium solid solubility solution containing solvent species standard hydrogen electrode standard solution substance sulfuric acid Table temperature thiosulfate titration curve volume volumetric flask wavelength zinc