From: sorin on
Electrochemistry cut off experiments and absurdity of modern science….

Due to a lot of advantages, mainly the low cost of materials and
simplicity of design, electrochemistry is becoming a preferred field
for new proposed cut off experiments.
The first cut off experiment relates a battery for which both
electrodes (cathode and anode) undergo an oxidation reaction. It
consists simply in an electrode of Zn and an electrode of Fe dipped
into a solution of sulfuric acid. Both electrodes are oxidized and
bubbles of hydrogen are visible with naked eyes at both electrodes and
supplementary an analytical procedure can detect Fe and Zn species in
solution. For those specialists with ,,seeing problems” a detailed
photo with gas bubbling is provided. A common ammeter connected
between these electrodes is able to detect an electric current with a
size related to the area of electrodes immersed into solution. I think
it is the simplest experiment ever designed which rule out actual
modern science. The cost of experiment: about 1 euro. Of course, other
couple of reactive metals or other electrolytes can be used with the
same results.
The myth of simultaneously oxidation at one electrode and reduction
to opposite electrode fall down. The oxidation state is supplementary
ruled out as being useless and artificially introduced in science.

Second experiment reload the old Volta pile, the first battery ever
build. All ,,serious” scientific texts remind it only as a curiosity
without any detail for a very simple reason: there is no explanation
for it. It is not clear why salt brine increase the current furnished
by a couple of Zn and Cu electrodes, when no reaction takes place
between salt and these metals.

The link:
http://www.elkadot.com/en/physical-chemistry/electrochemistry cut off
experiments.htm

The site changed toward a multilanguage structure so the old links
will give some accessing errors. The site will be available in
Romanian and French in short time. The version in Romanian will be the
most trustfully because it will be verified by me personally. For
other translations some language errors are possible because the
translations are made by amateurs.
I am searching for persons willing to help me to translate the site
into German, Spanish, Portuguese, Italian, Arabic, Chinese, Japanese,
Korean, Hindi, etc.
Contact email: sorincosofret(a)yahoo.com

Best regards,
Sorin Cosofret

From: Jerry on
On Apr 10, 11:31 pm, sorin <sorincosof...(a)yahoo.com> wrote:
> Electrochemistry cut off experiments and absurdity of modern science….
>
> Due to a lot of advantages, mainly the low cost of materials and
> simplicity of design, electrochemistry is becoming a preferred field
> for new proposed cut off experiments.
> The first cut off experiment relates a battery for which both
> electrodes (cathode and anode) undergo an oxidation reaction. It
> consists simply in an electrode of Zn and an electrode of Fe dipped
> into a solution of sulfuric acid. Both electrodes are oxidized and
> bubbles of hydrogen are visible with naked eyes at both electrodes and
> supplementary an analytical procedure can detect Fe and Zn species in
> solution. For those specialists with ,,seeing problems” a detailed
> photo with gas bubbling is provided.  A common ammeter connected
> between these electrodes is able to detect an electric current with a
> size related to the area of electrodes immersed into solution. I think
> it is the simplest experiment ever designed which rule out actual
> modern science. The cost of experiment: about 1 euro. Of course, other
> couple of reactive metals or other electrolytes can be used with the
> same results.

Omigod. Stoopid, stoopid, stoopid!!!

Iron and zinc both react STRONGLY with sulfuric acid to produce
the metal sulfate plus hydrogen gas. You think that just piping a
few electrons from one electrode to another is supposed to shut
off COMPLETELY these spontaneous reactions? So OF COURSE you will
see hydrogen bubbles at both electrodes!!!

An iron/zinc/sulfuric acid battery is an idiotic design. It has
zilch shelf life. Why do you suppose LEAD is used in lead-acid
batteries?

Jerry