M
[email protected]
- Jan 1, 1970
- 0
I was recently reading a paper about charges on the surface of circuit
elements, and how circuits settle to a stead-state of charge flow.
They mentioned in passing an experiment I have never seen, and I was
wondering if anyone here has heard of it:
They mentioned that they could light a bulb in a non-closed circuit,
by connecting one end to a battery and a bulb. Obviosuly it was not
usign a group loop or external induction, but was meant to be setup in
a way that the small transient could actually be seen. They even had
it so that if you bent the wire you could make bulbs light up because
you would be temporarily causing non-uniform charge areas that have to
flow to steady state (no current). Does anyone know specifically what
they did?
The only ones I have seen are where you put a capacitor and a globe in
a series circuit and connect it to a battery and make the globe light
when you move the bulb/wires close to the battery.
elements, and how circuits settle to a stead-state of charge flow.
They mentioned in passing an experiment I have never seen, and I was
wondering if anyone here has heard of it:
They mentioned that they could light a bulb in a non-closed circuit,
by connecting one end to a battery and a bulb. Obviosuly it was not
usign a group loop or external induction, but was meant to be setup in
a way that the small transient could actually be seen. They even had
it so that if you bent the wire you could make bulbs light up because
you would be temporarily causing non-uniform charge areas that have to
flow to steady state (no current). Does anyone know specifically what
they did?
The only ones I have seen are where you put a capacitor and a globe in
a series circuit and connect it to a battery and make the globe light
when you move the bulb/wires close to the battery.