NOTE:
You must be connected to the Internet the first time you view this simulation, at which point the codebase for all the simulations will be downloaded to your computer. This process make take a few minutes, as the codebase is roughly 9MB in size. Subsequent viewings of the applets will run from your local copy. |
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| DESCRIPTION:
This applet illustrates the electromagnetic interaction
between a conducting non-magnetic ring and constant
external magnetic field. Adjusting the ring's radius
and rotation, or the magnitude of the external field,
causes the magnetic flux through the ring to change.
This change gives rise to a current in the ring which
is in a direction such as to oppose the change in flux,
as described by Lenz's Law. If the resistance of the
ring is zero, the change in induced flux in the ring
will exactly counter the change in external flux due
to the external field, thus keeping the total flux constant.
Increasing the resistance hinders the flow of induced
current, resulting in a delay in the response of the
ring to the change in external flux, and a corresponding
change in total flux. This can be seen in the flux graph
as you manipulate the parameters.
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