"Cecil Moore" wrote
...
On Jul 7, 6:04 am, Keith Dysart wrote:
At a junction, where charge can not be stored, this reduces to

Sorry, your examples are irrelevant to the technical fact that there
is no conservation of current principle because charge can be stored.

In EM current is incompressible. EM is older then electrons.
"charge can be stored" apply to electrons. It is impossible to marry EM and
electrons.

Until you can prove a conservation of current principle, you are
wasting my time.

"According to theory" a conservation of current principle (continuity
equation) is the assumption.

In EM is the displacement current in solid insulators (also in vacuum). It
is always incompressible because the motions of the particles are
synchronized (charges can not be gathered).

EM is beautiful but useles in techniques. It is useful to teach the math.
S*
--
73, Cecil, w5dxp.com