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    Ganz kurze Vorstellung von Dr. Lauth

    Ganz kurze Vorstellung von Dr. Lauth

    0:07 |
    Calculating different state valuables of a gas using the ideal gas law (10.33)

    Calculating different state valuables of a gas using the ideal gas law (10.33)

    7:38 |
    Wir bauten eine Kugelbahn aus Holz mit Lotoseffekt - Wassertropfen laufen darauf fast reibungslos

    Wir bauten eine Kugelbahn aus Holz mit Lotoseffekt - Wassertropfen laufen darauf fast reibungslos

    0:15 |
    Discussing quantitatively the effect of a catalyst on activation energy and reaction rate (14.87)

    Discussing quantitatively the effect of a catalyst on activation energy and reaction rate (14.87)

    2:08 |
    Determining the Enthalpy of Hydrogen Peroxide Decomposition in Aqueous Solution (Theory)

    Determining the Enthalpy of Hydrogen Peroxide Decomposition in Aqueous Solution (Theory)

    5:01 |
    The Kinetic Analysis of the Decomposition of Hydrogen Peroxide (Theory)

    The Kinetic Analysis of the Decomposition of Hydrogen Peroxide (Theory)

    2:11 |
    Identifying two gases using the ideal gas law (10.31)

    Identifying two gases using the ideal gas law (10.31)

    2:52 |
    Comparing reaction rates and activation energies using the Arrhenius equation (14.59)

    Comparing reaction rates and activation energies using the Arrhenius equation (14.59)

    2:09 |
    Discussing kinetics (molecularity, order and activation energy) of the reaction 2A - B (14.89)

    Discussing kinetics (molecularity, order and activation energy) of the reaction 2A - B (14.89)

    2:19 |
    Ranking the densities of different gases and vapors using the ideal gas law (10.47) (10.48)

    Ranking the densities of different gases and vapors using the ideal gas law (10.47) (10.48)

    3:33 |
    Calculating the pressure in a scuba diver's tank (10.39)

    Calculating the pressure in a scuba diver's tank (10.39)

    2:59 |
    Calculation vapor pressure for an aqueous solution using RAOULT's law (13.63)

    Calculation vapor pressure for an aqueous solution using RAOULT's law (13.63)

    6:23 |
    Discussing kinetics of a first order reaction (rate & rate law for decomposition of N2O5) (14.29)

    Discussing kinetics of a first order reaction (rate & rate law for decomposition of N2O5) (14.29)

    2:23 |
    Analysing cyclepropane using the ideal gas law (10.118)

    Analysing cyclepropane using the ideal gas law (10.118)

    5:58 |
    Calculating osmotic pressure of baltic sea water (salinity 1 %) using van't Hoff's equation (13.78)

    Calculating osmotic pressure of baltic sea water (salinity 1 %) using van't Hoff's equation (13.78)

    6:54 |
    Was ist eigentlich... Chromatographie? (Analyse von Filzstift-Farben mit Filterpapier & Wasser)

    Was ist eigentlich... Chromatographie? (Analyse von Filzstift-Farben mit Filterpapier & Wasser)

    4:44 |
    Calculating the rate of reactant consumption and pressure change for several reactions (14.25)

    Calculating the rate of reactant consumption and pressure change for several reactions (14.25)

    3:58 |
    Ranking of solutions (electrolyte & non-electrolyte) in order of increasing boiling points (13.71)

    Ranking of solutions (electrolyte & non-electrolyte) in order of increasing boiling points (13.71)

    4:45 |
    Comparing enthalpies of solute, solvent and mixing for the dissolution of NaOH in water (13.20)

    Comparing enthalpies of solute, solvent and mixing for the dissolution of NaOH in water (13.20)

    2:15 |
    Discussing the oxidation process in a lead battery quantitatively using Faraday's law (20.73)

    Discussing the oxidation process in a lead battery quantitatively using Faraday's law (20.73)

    2:52 |