From: jimp on
In sci.physics David <oswald_eppers(a)hotmail.com> wrote:
> On Jun 9, 4:11 pm, david.bostw...(a)chemistry.gatech.edu (David
> Bostwick) wrote:
>> In article <wildbilly-A336DD.09490509062...(a)c-61-68-245-199.per.connect.net.au>, Billy <wildbi...(a)withouta.net> wrote:
>>
>>
>>
>>
>>
>> >In article <huj38u$bs...(a)news-int.gatech.edu>,
>> > david.bostw...(a)chemistry.gatech.edu (David Bostwick) wrote:
>>
>> >> In article
>> >> <1682786e-7ea7-4cc6-b356-c8fa38eae...(a)s41g2000vba.googlegroups.com>,
>> >> Archimedes Plutonium <plutonium.archime...(a)gmail.com> wrote:
>> >>  [...]
>>
>> >> >I don't want an answer from a group of sentimentalists. I want a
>> >> >proper scientific
>> >> >accounting.
>>
>> >> Hah.  You want someone to validate your opinions, which can't be done because
>>
>> >> they're 100% screwball.  You want others to do the experiments, which you
>> >> then
>> >> ignore or disparage because they don't match your opinions.
>>
>> >He gave two citations. You just asked the wrong question. You want to
>> >know about the piston rings and the piston cylinder, and what happens
>> >when an abrasive substance is rubbed between them (loss of compression
>> >and huge repair bills, if the polar substance can find its way to the
>> >compression chamber).
>>
>> No, he wants, A) validation of his opinion, regardless of facts, or B) someone
>> else to do the work.- Hide quoted text -
>>
>> - Show quoted text -
>
> do you like caramel candies? The process of caramelization consists of
> heating sugar slowly to around 170 °C (340 °F). As the sugar melts,
> the molecules break down and re-form into compounds with a
> characteristic color and flavor. This is what happens in your car
> engine in the presence of sugar. You are producing caramel candies in
> your engine :-)
>
> David
> www.2ajobguide.com

Sugar is not soluable in gasoline, so how would it get past all the filters
to get into the engine in the first place?


--
Jim Pennino

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