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RE: Terry's Test - Two Manifestations of Charge
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- Subject: RE: Terry's Test - Two Manifestations of Charge
- From: "Tesla list" <tesla@xxxxxxxxxx>
- Date: Thu, 07 Jul 2005 19:40:53 -0600
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- Resent-date: Thu, 7 Jul 2005 19:40:59 -0600 (MDT)
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Original poster: "Malcolm Watts" <m.j.watts@xxxxxxxxxxxx>
Hello Dave,
On 7 Jul 2005, at 18:16, Tesla list wrote:
> Original poster: "David Thomson" <dwt@xxxxxxxxxxxx>
>
> Hi Malcolm,
>
> >> The tube and plate are acting like a capacitor.
> >> That makes sense. But wouldn't the capacitor act as
> >> a transformer and reduce the potential in order to
> >> increase the current? In other words, the thinner spark
> >> would be higher potential, lower current. The thicker and
> >> brighter spark would be lower potential, higher current.
> >> The total power in each spark would be the same, correct?
> >
> >
> > All that I have learned through experimentation and
> > measurement says a loud "no" to your last question. Spark
> > brightness is dependent on current and spark channel
> > resistance drops in a non-linear fashion as current increases
> > which means you cannot treat power in a spark channel as you
> > would in a (for want of a better term) linear resistance. The
> > strike distance is a function of voltage in the situation you
> > are looking at. If the distances for the two sparks are the
> > same and one spark is brighter than the other, which would
> > you say is dissipating the most power?
>
> You are asking me to prove a hypothesis with another hypothesis.
I am asking a question to which there is, in the absence of any
evidence to the contrary, an obvious answer. Rhetorical if you like.
> You mentioned that you have performed this type of experiment and made
> measurements in the past. Could I trouble you to show the data and
> experiment parameters?
Terry has just done it with lightbulbs. I see little point in
repeating the exercise. I realize of course this is all completely
unsatisfactory to yourself so........
> It would be a shame to spend three years developing a new physics to
> quantify the phenomenon, and then not try to prove the theory right or
> wrong with real data. Don't you think? I need to remind you, I'm not
> asking you to prove or disprove my theory, I'm simply trying an
> experiment and asking for independent data.
>
> But just to set things right, the logic for my statement above is
> simple. The capacitor is storing charge and then releasing it in
> larger, but less frequent breaks. That's what a capacitor does. In
> my system of physics, increasing the capacitance also decreases the
> potential.
As long as the charge is held constant.....
> So what should I do? Should I trust your logic and just walk
> away from my work, trust my logic and blindly state I'm correct,
> or acquire solid data and solve the problem?
Go ahead and acquire your data and draw your own conclusions. I
already have and have not found the need to introduce any further
concepts to the existing framework of physics in this particular
instance.
Malcolm