# Hyper-FLAP physics modules

- Introducing measurement | Errors and uncertainty | Graphs and measurements |

- Introducing motion | Projectile motion | Forces | Work and energy | Momentum and collisions | Circular motion | Rotational mechanics | Angular momentum |

- Introducing fields | Gravitation and orbits | Electric charge, field and potential |

- DC circuits and currents | Introducing magnetism | Electromagnetic force | Electromagnetic induction | Energy in electric and magnetic fields |

- Simple harmonic motion | Energy, damping and resonance | Forced vibrations and resonance | AC circuits and electrical oscillations | The mathematics of oscillations | Introducing waves | Sound - a wave phenomenon |

- Light - a wave phenomenon | Rays and geometrical optics | Optical elements | Optical instruments |

- The atomic basis of matter | Temperature, pressure and the ideal gas law | Internal energy heat and energy transfer | Specific heat, latent heat and entropy | Kinetic theory - an example of microscopic modelling | Mechanical properties of matter |

- Introducing atoms | Atomic spectra and hydrogen | Multi-electron atoms | Periodic Table and chemical bonding |

- Introducing atomic nuclei | Radioactive decay | Fission, fusion and radiation hazards |

- A particle model for light | A wave model for matter | Wave functions | The Schroedinger equation |

- Reflection and transmission at steps and barriers | The quantum harmonic oscillator | Schroedinger's model of hydrogen | Quantum physics of solids

*Copyright: Open University and the University of Reading*