Basic Facts About Spiral Motion


This image shows how electrons will circle around a magnetic field line one way and a proton will circle in the opposite direction.
Movie adapted from original clips provided courtesy of Professor Patricia Reiff, Rice University, Connections Program.
Sometimes protons and electrons are forced to spiral around magnetic field lines. Electrons cirle the field line in one direction, protons in the opposite direction.

More on magnetic fields

Basic Facts About Spiral Motion


This image shows how electrons will circle around a magnetic field line one way and a proton will circle in the opposite direction.
Movie adapted from original clips provided courtesy of Professor Patricia Reiff, Rice University, Connections Program.
Protons and electrons can't move across magnetic field lines very easily. So sometimes these particles are are forced to spiral around them. Electrons cirle the field line in one direction, protons in the opposite direction.

More on magnetic fields

Basic Facts About Spiral Motion


This image shows how electrons will circle around a magnetic field line one way and a proton will circle in the opposite direction.
Movie adapted from original clips provided courtesy of Professor Patricia Reiff, Rice University, Connections Program.
Charged particles cannot easily move across magnetic field lines but are forced to spiral around them. Electrons encirle the field line in one direction, ions in the other direction.

More on magnetic fields


Last modified prior to September, 2000 by the Windows Team

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