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LO-1
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Will explain the basic terms used in volumetric titrimetry.
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LO-2
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Will explain the titration of a strong acid with a strong base.
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LO-3
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Will explain the titration curves of weak acids.
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LO-4
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Will explain the titration curves of weak bases.
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LO-5
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Will explain the properties of polyprotic acids and bases.
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LO-6
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Will explain the titration curves in polyprotic systems.
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LO-7
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Will explain the applications of neutralization titrations.
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LO-8
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Will explain the titration curves in complexometry.
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LO-9
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Will explain the calculations in complexometric titration.
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LO-10
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Will explain the titration curves in precipitation titrations.
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LO-11
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Will explain the calculations in precipitation titration.
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LO-12
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Will explain redox reactions.
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LO-13
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Will explain the structures of electrochemical cells.
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LO-14
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Will explain electrode potentials.
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LO-15
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Will explain the Nernst equation.
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LO-16
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Will explain the electrochemical cell potentials.
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LO-17
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Will explain the redox equilibrium constants.
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LO-18
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Will explain redox titrations.
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LO-19
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Will explain potentiometry.
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LO-20
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Will explain conductometry.
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LO-21
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Will explain electrogravimetry.
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LO-22
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Will explain coulometry.
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LO-23
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Will explain the classification of separation techniques.
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LO-24
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Will explain size-based separations.
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LO-25
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Will explain mass and density-based separations.
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LO-26
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Will explain phase change-based separations.
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LO-27
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Will explain chemical state change-based separations.
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LO-28
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Will explain masking methods.
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LO-29
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Will explain phase distribution.
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LO-30
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Will explain column chromatography.
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LO-31
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Will explain liquid chromatography.
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LO-32
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Will explain the structure of the liquid chromatography instrument.
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LO-33
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Will explain the detectors used in liquid chromatography.
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LO-34
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Will explain the columns and stationary phases in liquid chromatography.
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LO-35
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Will explain qualitative and quantitative analyses using liquid chromatography.
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LO-36
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Will explain gas chromatography.
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LO-37
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Will explain the structure of the gas chromatography instrument.
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LO-38
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Will explain the detectors used in gas chromatography.
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LO-39
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Will explain the columns and stationary phases in gas chromatography.
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LO-40
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Will explain qualitative and quantitative analyses using gas chromatography.
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LO-41
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Will explain paper chromatography.
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LO-42
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Will explain thin layer chromatography (TLC).
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LO-43
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Will explain the basic principles of electrophoresis.
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LO-44
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Will explain paper and gel electrophoresis.
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LO-45
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Will explain capillary electrophoresis.
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LO-46
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Will explain the structure of the capillary electrophoresis instrument.
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LO-47
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Will explain the applications of electrophoretic methods.
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LO-48
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Will explain the basic concepts of quantitative analysis.
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LO-49
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Will explain the basic procedures.
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LO-50
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Will explain volumetric titration.
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LO-51
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Will explain the preparation of the secondary standard (base) solution.
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LO-52
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Will explain the preparation of the acid solution.
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LO-53
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Will explain the quantitative determination of acidic analytes.
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LO-54
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Will explain the quantitative determination of basic analytes.
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LO-55
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Will explain complexometry.
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LO-56
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Will explain complexometric calcium determination.
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LO-57
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Will explain complexometric magnesium determination.
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LO-58
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Will explain precipitation titrations.
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LO-59
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Will explain the Mohr method.
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LO-60
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Will explain chloride determination using the Mohr method.
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LO-61
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Will explain permanganometry.
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LO-62
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Will explain the permanganometric determination of hydrogen peroxide.
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LO-63
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Will explain the permanganometric determination of iron sulfate.
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LO-64
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Will explain iodimetry.
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LO-65
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Will explain the iodimetric determination of ascorbic acid.
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LO-66
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Will explain the iodimetric determination of sodium thiosulfate.
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LO-67
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Will explain potentiometric measurements.
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LO-68
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Will explain the quantitative determination using potentiometric titration.
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LO-69
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Will explain the pKa determination using potentiometric titration.
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LO-70
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Will explain conductometric measurements.
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LO-71
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Will explain quantitative determination using conductometric titration.
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LO-72
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Will explain the preparation of conditions for UV-Visible spectroscopy.
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LO-73
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Will explain quantitative determination using UV-Visible spectroscopy.
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LO-74
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Will explain the preparation of experimental conditions for column chromatography.
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LO-75
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Will explain the separation of dyes using column chromatography.
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LO-76
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Will explain the preparation of experimental conditions for HPLC.
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LO-77
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Will explain the analysis of samples using HPLC.
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LO-78
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Will explain the evaluation of HPLC analysis results.
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LO-79
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Will explain the preparation of experimental conditions for gas chromatography.
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LO-80
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Will explain the analysis of samples using gas chromatography.
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LO-81
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Will explain the evaluation of gas chromatography analysis results.
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LO-82
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Will explain the qualitative determination of components using TLC.
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LO-83
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Will explain the quantitative determination of components using TLC.
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