I'll start out today and update more tomorrow etc, as time permits ..
I was going to go into the context and detail but decided that member Stewart has said it all and probably better than me ..
** So I used the forum 'advanced search' function (top right of screen) and wrote in the 'keyword' field "swinging" - in 'author' I wrote "Stewart".
I will present most of what he wrote on the subject over the next few days - however it won't be the whole post (underlining, bolding, and colour are probably mine) - if you want greater context then also search "swinging and Stewart" for yourself ..
I'll make a start .. more to follow in due course ..
Hi Ovaron
The clues you've quoted are not even direct quotes, but more the site author's paraphrased interpretations. I've spent years pointing out inaccuracies in quotes and translations on this site, and have addressed all the issues you have raised at one point or another.
Weights acted in pairs.
You are correct that the "pairs" clue has come from the line in AP that says "zwei und zwei". In English that translates as 'two and two', 'by twos', 'in twos', 'in pairs'. So although not a word-for-word translation, 'pairs' could be considered a valid interpretation, however as you say, "acted in pairs" is not a direct Bessler quote.
Weights gained force from their own swinging.
That is again not a direct quote of Bessler, and your interpretation is the correct one as I've pointed out before: Bessler isn't talking here of an oscillation.
Weights came to be placed together, arranged one against another.
I also can't remember the source of that one, although again it's probably not a direct quote but paraphrased.
Weights applied force at right angles to the axis.
Again, not a direct quote. I assume it's an interpretation of a part of the description of the wheel in DT.
Springs were employed, but not as detractors suggested.
Again, not a direct quote. The only thing I can think of as to where that might have come from is that Wolff thought he heard the sound of a spring when Bessler removed/replaced weights in the wheel during translocation.
The machine's power was directly proportional to its diameter.
Again, not a direct quote, but paraphrasing descriptions of the wheel from GB, AP or DT.
There are various bits of information that would allow us to believe the wheel increased in power with an increase in diameter (it makes sense as well). The quote given about being able to make a smaller diameter wheel more powerful than a bigger diameter wheel could refer to the ability to increase the power by adding multiple mechanisms/weights along the axle, i.e. increasing the thickness rather than diameter. For Bessler's demonstration purposes, the thinnest most powerful wheel was desirable to rule out there being a man/animal inside for example.
All the best
Stewart