Akademik Dersler - İçerik

expain the fundamentals of analytical chemistry and steps of a characteristic analysis.
expresses the role of analytical chemistry in science.
compare qualitative and quantitative analyses.
expresses the quantitative analysis methods.
expresses the qualitative analysis methods.
evaluate the analytical data in terms of statistics.
estimates kinds of errors in chemical analysis.
evaluates the effects of systematic errors on analytical results.
compare of the experimental mean with atrue value and two experimental means.
determine the detection limits.
interpret the statistical tests.
interpreted the sources of random errors and effects of random errors on analytical results.
explain the sources of random errors.
specifies the standard deviation of calculated results.
expresses the significant figures and rounding of data.
define the general properties of volumetry
employ the volumetric calculations.
identify quality of experimental measurements.
explain the confidence level and confidence limit.
identifies the detection limit.
interprets statistical tests.
describe the salts and the buffer solutions
define the different gravimetric methods.
defines the properties of precipitate and precipitating reagent.
uses the gravimetric calculations.
interpret the complexometric titrations.
interpret the redoks titrations.
express the titrimetric analysis methods.
expresses the terms such as standard solution, titration, back titration, equivalence point, end point, primary and secondary standard.
solves volumetric calculations.
defines the gravimetric titrimetry.
interpret aqueous solution chemistry.
expresses the terms such as electrolyte, acid, base, conjugate acid/base and autopyrolysis.
explains the chemical equilibrium and equilibrium constant types.
describes the activity coefficient and properties of activitycoefficient.
apply the equilibrium calculations to complex systems.
determines systematic method for solving the multiple-equilibrium problems.
identifies the solubility by the systematic method.
solves the problems related to ion separation by control of the concentration of the precipitating reagents.