This is going off on a bit of a tangent to your
question, but . . . if you are remembering an account
of a child playing with a hairpin (or other moderately
flexible piece of metal) and a live electrical socket
and getting injured, the injury may have been a burn
injury and not a shock injury.  If the child was able
to stick both ends of the metal into the hot and
neutral openings at the same time, it would create a
short and the metal would get very hot very quickly.

I bring this up because my father told me once that he
had done exactly that when he was about 4 or 5 years
old with a 120 V socket and a hairpin and he received
a pretty painful burn before he could yank his hand
away.  He also said there was a scorch mark on the
socket and the surrounding wall for quite a while
after that, so apparently the hairpin got quite hot.

-Camille



--- Allen Tudor <[email protected]> wrote:

> Greetings all,
>
> I recall hearing accounts of children inserting a
> hairpin, for example, into
> an electrical outlet inside the home and receiving a
> shock.  For some
> reason, I started thinking about this recently and
> wasn't sure if I
> understood this one-handed electrical shock
> phenomenon.  How does one
> receive an electrical shock if the hazardous source
> of electricity is
> touched with only one hand and there is no solid
> contact between that person
> and ground?  Let's assume for argument’s sake, that
> the other hand is
> touching nothing.  The feet are insulated from earth
> because the person is
> standing on a non-conductive floor.  Seems like if
> there is no solid earth
> or ground reference, there would be no current flow
> through the body.  Does
> capacitance between the body and earth come into
> play?
>
> Thought I would ask before conducting an experiment
> at home.
>
> Thanks in advance.
>
> Allen Tudor
>
>
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