German 4GN1/02 June 2019 | Edexcel IGCSE Past Papers With Mark Scheme
Edexcel
International GCSE
German (4GN1)
Jun
2019
2. Magnetic flux density, force on current-carrying conductor, Fleming’s left-hand rule, wire motion in magnetic field
3. Radioactive decay, half-life, exponential decay curve, time interval estimation using log scales
4. Electron energy levels, hydrogen emission spectrum, ionization energy calculation, frequency-wavelength-energy conversion
5. Momentum conservation, inelastic collision, relative speed post-collision, impulse-momentum theorem
6. Electric field strength, parallel plates, potential difference, uniform field, electron acceleration and velocity computation
معلم موافق رایگان بودن است.
1. Gravitational field strength calculation, planetary motion, satellite orbit radius, centripetal force2. Magnetic flux density, force on current-carrying conductor, Fleming’s left-hand rule, wire motion in magnetic field
3. Radioactive decay, half-life, exponential decay curve, time interval estimation using log scales
4. Electron energy levels, hydrogen emission spectrum, ionization energy calculation, frequency-wavelength-energy conversion
5. Momentum conservation, inelastic collision, relative speed post-collision, impulse-momentum theorem
6. Electric field strength, parallel plates, potential difference, uniform field, electron acceleration and velocity computation
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