another small breakthrough on our NERD technology.

[Rosemary Ainslie]

And Professor,

Here's a list of those claims - just to keep this in focus and lest anyone assume that this claim is trivial.

. We have a circuit that generates a ROBUST self-sustaining oscillation that persists for the duration that a battery is entirely disconnected from the circuit. 
. This oscillation results in a measurable dissipation of energy at the circuit workstation - notwithstanding the lack of energy from a supply source.
. Subject to variations at the switch it can increase the amount of energy dissipated at the load - to the point that it can boil water.
. And over more than 250 individual settings tested there is absolutely no energy measured to have been delivered by that supply source.
. All of which measurements have been 'double checked' by downloading the data to spreadsheets for analysis
. Nor have we measured any depletion of potential difference to the 6 batteries that we've used continuously over an 18 month period
. All of which flies in the face of classical prediction

Kindest regards,
Rosie

[Bubba1]

For wattage or units of power delivered by the battery - then we use volts * amps divided by delta time or vi/dt.  That way we get the accurate average of watts delivered per second and we can use that as a base unit of power to represent the energy delivered by the battery supply source.

"watts delivered per second"? ?

Rosemary: you STILL don't get it.  There is no such thing as watts per second.

[Rosemary Ainslie]

"watts delivered per second"? ?

Rosemary: you STILL don't get it.  There is no such thing as watts per second.

Bubba you're getting tedious in the extreme.  Correctly it is one Joule per second - but since 1 watt = 1 Joule and since 1 Joule = 1 watt per second - then AS I'VE EXPLAINED EARLIER - the terms are INTERCHANGEABLE.  Which is ALSO explained in WIKI.  Much more important is that you answer your earlier concern that a battery can deliver a negative current flow - which seems to be something you really CAN endorse.  Somehow? 

I'm not going to answer any more of your posts Bubba.  They're getting too tedious.  And they've got absolutely NOTHING to do with the topic.

Rosemary

[SchubertReijiMaigo]

A negative wattage mean that the power is REMOVED from the source...
Make a sim of a DC source and a resistor you will see for example -10 watts at the source side and  10 watts at the load side:
(-10) + 10 = 0
In this circuit energy still conserved...


Sims have they own method to display result...

[poynt99]

I see nothing surprising with the SPICE result .99 displays -- which says that the power dissipated by the resistor is supplied by the battery. 

.99