OK, I see your reason for the post.  Well, did you consider that the 
measurement device could have actually shown that result?  No one can be sure 
as to exactly what it is reading under the test conditions.  I personally would 
agree with you
that it is hard to believe that such an increase actually happened, but we need 
to find out what lead to the measurement.

This is the type of anomalous happenings that lead to new discoveries.

Dave



-----Original Message-----
From: Joshua Cude <[email protected]>
To: vortex-l <[email protected]>
Sent: Fri, Nov 18, 2011 12:44 pm
Subject: Re: [Vo]:High school physics says > 1 GJ excess energy for the Oct. 28 
demo





On Fri, Nov 18, 2011 at 10:20 AM, David Roberson <[email protected]> wrote:

This post is completely out of touch with reality.  Who has ever claimed 
anything about dry steam and Rossi's device at 90 C?  Why not discuss the real 
world instead of dreamland?
 





I did discuss reality. I said it is implausible from thermodynamics that the 
power transfer can increase 8-fold in a matter of minutes, as Rossi claims, if 
the first-fold power increase takes 2 hours.


Then I was told that implausible thermodynamics don't matter because Rossi is 
introducing a new phenomenon.


So then to test whether they really believed that suggestion, I proposed an 
even more thermodynamically  implausible scenario, and asked if they would 
accept that implausibility if Rossi claimed it, because Rossi is introducing a 
new phenomenon.


That's an analogy. 


All of us, except, as you say, those in dreamland, would reject the notion that 
water would boil at 90C at atmosphere, just because the heat comes from a 
Rossiaction.


The idea that an 8-fold increase in the power transfer requires an 8-fold 
increase in the temperature difference between the water and the heating 
element is a less obvious thermodynamic concept. But it is nevertheless just as 
true. So, just because the heat comes from a Rossiaction, it remains 
implausible that the power transfer could increase that fast.



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