Electromagnetism
| Сайт: | Young Education |
| Курс: | Electric and Magnetic Fields |
| Книга: | Electromagnetism |
| Надруковано: | Guest user |
| Дата: | пʼятниця 25 вересня 2026 01:05 AM |
1. Magnetic Fields from Currents
Learning outcomes
- I can describe how electric currents produce magnetic fields.
- I can determine magnetic field direction using the right-hand grip rule.
- I can sketch magnetic field patterns around current-carrying conductors.
- I can explain Oersted's discovery.
- I can compare magnetic fields from wires and permanent magnets.
2. Solenoids and Electromagnets
Learning outcomes
- I can describe the structure of a solenoid.
- I can explain how solenoids produce magnetic fields.
- I can identify factors affecting electromagnet strength.
- I can compare electromagnets and permanent magnets.
- I can describe applications of electromagnets.
3. Electromagnetic Force
Learning outcomes
- I can explain how magnetic fields and currents interact.
- I can describe electromagnetic forces in practical systems.
- I can analyze the operation of devices that use electromagnetic forces.
- I can identify factors affecting electromagnetic force.
- I can solve problems involving electromagnetic interactions.
4. Hall Effect and Applications
Learning outcomes
- I can describe the Hall Effect.
- I can explain how Hall voltage is produced.
- I can identify factors affecting Hall voltage.
- I can explain how Hall probes measure magnetic fields.
- I can describe practical applications of Hall Effect sensors.
5. Mass Spectrometers and Particle Physics
Learning outcomes
- I can explain the purpose of a mass spectrometer.
- I can describe how electric and magnetic fields separate charged particles.
- I can determine how mass-to-charge ratio affects particle motion.
- I can explain how isotopes can be identified using mass spectrometry.
- I can relate mass spectrometers to modern particle physics research.