Antarctic A1   Velocity, force, acceleration, vectors, Newton’s first law

    in the context of atmospheric monitoring with weather balloons and satellites

    Antarctic A2   Newton’s third law

    in the context of snowmobile travel

    Antarctic A3   F = ma

    in the context of iceberg motion

    Antarctic A4    Constant force and uniform acceleration; an equation of motion

    in the context of penguin motion

    Antarctic A5   Newton’s law of gravitation

    in the context of atmospheric monitoring with weather balloons (and of the Moon)

    Antarctic A6   Falling in a gravitational field in resistive and non-resistive media

    in the context of atmospheric monitoring with weather balloons   

    Antarctic A7    Masses of atoms and molecules; the atomic mass unit

    in the context of ice core analysis

    Antarctic A8    Counting particles, the mole

    in the context of The Antarctic Treaty, minerals, and the threat of future mining

    Antarctic A9   Thermal changes   

    in the context of Antarctic activity

    Antarctic A10  Measuring thermal energy ins and outs, without and with change of state

    in the context of Antarctic ice

    Antarctic A11      Motion of charged particles in magnetic fields

    in the context of the southern aurora                         

    Antarctic A12      Atomic excitation and ionisation, emission spectra

    in the context of the southern aurora                           

    Antarctic A13      leptons, weak interactions, β decay, conservation rules

    in the context of Antarctic neutrino research