Testing the TK Tar Baby

[picowatt]

Poynty - you need to reference all three paras.  Else you've only got a third of the argument.

Regards,
Rosie

http://www.energy-shiftingparadigms.com/index.php/topic,3.msg62/topicseen.html#new

You need to explain why Q1 is not turning on in FIG 3...

[Rosemary Ainslie]

Dear Little TK

You really are funny.  'mendacious' and 'outrageous' LOL.  It sets up little jingles in my mind and I spend hours running up nonsense rhymes in my internal dialogue.  It's hugely entertaining.  But I won't bore you with those samples. 

Actually I see that the 'zero reference' is still missing.  I'll ask our administrator to check it out tomorrow.  Your idea of an 'error' schedule is good.

Rosie Pose

[Magluvin]

102.56 ohms?  The big batteries in series?   That cant be correct.

Mags

[Rosemary Ainslie]

Dear Magsy,

102.56 ohms?  The big batteries in series?   That cant be correct.

Mags

This is an EXAMPLE. It's the protocols that are intended to apply against any given setting of any experiment.  Please read through that link.  I think it starts from post 12.  They're not difficult to understand.

Regards,
Rosie

Added

And just as a reminder.  We're NOT going to use the Raylite batteries.  They're factory rejects as their rating was never stamped into their covers.  We'll be buying 12 entirely new 12 volt batteries.  Still not determined which to get but they won't be the same 'heavy duty' numbers as that will extend our experimental time beyond anything tenable.

Regards
Rosemary

[poynt99]

Poynty - you need to reference all three paras.  Else you've only got a third of the argument.

Regards,
Rosie

http://www.energy-shiftingparadigms.com/index.php/topic,3.msg62/topicseen.html#new

Indeed Rosemary,

I've read parts 1 & 2 as well.

Presently (and formerly as well), my concern is regarding the use of two different load types, and the direct temperature measurement on the load elements.

Ideally, both loads should be the same part number, and both loads should be immersed in some fluid that won't evaporate at moderately high temperatures. Then the temperature probe is placed in the fluid rather than in close contact with the load element.

Since identical loads can not be accommodated, for a true comparison it is equally, if not more important that the loads be immersed in fluid for the temperature measurements.