Akademik Dersler - İçerik

Will be able to examine the kinetics of certain reactions.
Validates the rate law of a second-order reaction using experimental data.
Monitors the decomposition of a complex compound via spectrometric methods.
Determines the rate of a halogen exchange reaction experimentally.
Determines the reaction order and rate constant using experimental data.
Will be able to measure surface tension.
Measures the surface tension of liquids using the ring method.
Analyzes the variation of surface tension with temperature and solution concentration.
Will be able to observe the adsorption phenomenon at the solid-liquid interface.
Experimentally examines the adsorption of a component in an aqueous solution onto a solid.
Constructs Langmuir and Freundlich adsorption isotherms.
Will be able to explain colligative properties experimentally.
Observes the boiling point elevation and freezing point depression behaviors of solutions.
Calculates the molar mass of the solute using experimental data.
Will be able to determine the conductivity coefficient of electrolytes.
Examines the variation of molar conductivities of strong and weak electrolytes with concentration.
Determines the limiting molar conductivity and the degree of ionization by applying Kohlrausch’s law.
Will be able to perform the electrolysis of water.
Experimentally examines the electrolysis of water.
Calculates the Faraday constant experimentally.
Will be able to explain Faraday's laws through the electroplating method.
Determines the mass of copper deposited on the electrode by electrolyzing copper (II) sulfate.
Applies Faraday’s laws.
Will be able to explain concentration cells.
Sets up concentration cells consisting of half-cells with different ion concentrations.
Compares measured potential values with theoretical values calculated from the Nernst equation.
Examines the effect of a precipitation reaction on the concentration cell.
Will be able to investigate the titration of strong and weak acids via the potentiometric method.
Performs the titration of strong acids, weak acids, and acid mixtures using a pH meter.
Determines the equivalence points from titration curves.
Experimentally determines the pKa values of weak acids.