HUNTERTUTORING

Standard syllabus

Analytical chemistry · Undergraduate · Chemistry

Topics

Measurement fundamentals

  • Significant figures and reporting numerical results
  • Accuracy, precision, and types of error
  • Random error, systematic error, and bias
  • Standard deviation, variance, and confidence intervals
  • Propagation of uncertainty in calculations
  • Calibration curves and linear regression
  • Detection limits: LOD and LOQ
  • Quality assurance and quality control in analytical labs
  • Standard reference materials and traceability
  • Good laboratory practice and documentation

Gravimetric and volumetric analysis

  • Gravimetric analysis: precipitation and filtration
  • Digestion, washing, and ignition of precipitates
  • Volumetric analysis: titration principles
  • Primary and secondary standards
  • Acid-base titrations: strong and weak systems
  • Polyprotic acid and base titration curves
  • Complexometric titrations with EDTA
  • Redox titrations: permanganate, dichromate, iodometric
  • Precipitation titrations: Mohr, Volhard, Fajans methods
  • Back-titration strategies for insoluble analytes

Spectroscopic and electroanalytical methods

  • Electromagnetic radiation and interaction with matter
  • UV-Vis spectrophotometry and Beer–Lambert law
  • Deviations from Beer–Lambert law
  • Atomic absorption and emission spectroscopy (intro)
  • Fluorescence and phosphorescence (overview)
  • Potentiometry: reference and indicator electrodes
  • pH measurement and glass electrode
  • Ion-selective electrodes
  • Voltammetry: polarography and cyclic voltammetry (intro)
  • Conductometry and conductivity cells

Separation methods

  • Chromatography fundamentals: plate theory and resolution
  • Gas chromatography: columns, detectors, and applications
  • High-performance liquid chromatography (HPLC)
  • Ion chromatography and size-exclusion chromatography (intro)
  • Thin-layer chromatography and retention factors
  • Capillary electrophoresis (overview)
  • Sample preparation: extraction, SPE, derivatization
  • Method validation: specificity, linearity, robustness
  • Hyphenated techniques: GC-MS, LC-MS (introduction)
  • Choosing an analytical method for a given analyte

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