Students will learn the idea of magnetic field lines, how they behave in the situation of permanent magnets and current carrying wires and also how to calculate the magnetic field at an arbitrary distance from the wire.
This video demonstrates how a superconductor can float over a magnetic rail. Covers some advanced topics: superconductivity, quantum levitation, quantum locking.
Demonstrates that a magnetic field is produced by electric current.
Determining how the current or distance from the wire affects the strength of a magnetic field using the proportion B Î± I/r
Determining the direction of the current and the magnetic field using the first right-hand rule
This quiz tests general magnet knowledge, including drawing magnetic fields according to the poles of the magnet and calculating the magnetic field at a given distance away.
A list of student-submitted discussion questions for Magnetic Fields.
This study guide reviews electromagnetism concepts: magnetic field and field lines, first right hand rule, magnetic flux, solenoid, electromagnetic induction, force on charged particle, second right hand rule, and inductance.
These flashcards help you study important terms and vocabulary from Magnetic Fields.