Students will explore fundamental principles such as the magnetic force of permanent magnets, analysis of electromagnetic fields, and the attraction and repulsion phenomena between electrified bodies. This hands-on experience provides a deeper understanding of key concepts in electromagnetic physics.
Students will analyse and closely observe fundamental principles of electromagnetism, exploring magnetic forces generated by permanent magnets, electromagnetic fields, and phenomena of attraction and repulsion of electrified bodies with accumulated surface electric charge induced by friction or rubbing.
Experiments
The magnet and its poles
Magnetic field tracking
Magnetisation of a ferromagnetic object
Interaction of magnets with other materials
Magnetic field lines
Operation of a compass
Integration between magnet and compass
Magnetic field scope
Configuration of magnets in series and parallel
Properties of a fractured magnet
The electromagnet
Electrification by friction
Interaction between magnets and ferromagnetic materials
Students will explore fundamental principles such as the magnetic force of permanent magnets, analysis of electromagnetic fields, and the attraction and repulsion phenomena between electrified bodies. This hands-on experience provides a deeper understanding of key concepts in electromagnetic physics.
Students will analyse and closely observe fundamental principles of electromagnetism, exploring magnetic forces generated by permanent magnets, electromagnetic fields, and phenomena of attraction and repulsion of electrified bodies with accumulated surface electric charge induced by friction or rubbing.
Experiments
The magnet and its poles
Magnetic field tracking
Magnetisation of a ferromagnetic object
Interaction of magnets with other materials
Magnetic field lines
Operation of a compass
Integration between magnet and compass
Magnetic field scope
Configuration of magnets in series and parallel
Properties of a fractured magnet
The electromagnet
Electrification by friction
Interaction between magnets and ferromagnetic materials