Readit NewsAI written code is often much easier to read/review than some of my coworkers'
Dead Comment
But, what got me about this is that:
* every other Apple device delivered the same results
* Apple's own LLM silently failed on this device
to me that behavior suggests an unexpected failure rather than a fundamental issue; it seems Bad (TM) that Apple would ship devices where their own LLM didn't work.
a * b = b * a for all "normal" floating point numbers.
It also used to have a button with a text like "make a game" where you would click what you wanted in the form of checkboxes and when you pressed the submit button it would tell you something like, it's not that easy, is it? Wonder how easier it may be now. :P
Shoutout to classic community games like
- Cirque De Zale https://www.adventuregamestudio.co.uk/play/game/377/
- The trilby series (5 days a stranger) https://www.adventuregamestudio.co.uk/play/game/269-5-days-a...
When one is 80% and the other is 100%, the full one enters a state of over charge, reaching 105% or even 110% charge. This is safe.
The H2 reaction then rapidly speeds up, leaking energy in the form of heat. The full battery heats up from overcharge but is otherwise safe.
You end up with both batteries at 100% and maybe 110%, and a day or two later the 110% overcharge settles down to 100% by leaking out.
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So you waste a bit of power but as long as the trickle charge is safe and as long as the overcharge is only for a few dozen hours or so, it's fine. In the very long term (if you keep doing this) the NiMH could get damaged. But if we are talking about a once-per-yeqr top off charge, then it's fine.
The problem is like I said before: the safe rate of overcharge is low. This means that these chargers must charge slowly, maybe 10 hours or longer.
Any faster risks blowing through the NiMH innate ability to take an overcharge and convert it into heat. (This results in a forceful vent, a 'pop' sound that permanently damages the NiMH as the H2 gas escapes the safety hatch).
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Note that these super cheap chargers are simply a glorified 10+ hour timer. They don't even check the state of the AA cells.
So if you stick a 50% full battery in, it will charge the battery to 150%, most likely. (But safely, as the NiMH just leaks out the excess energy as heat, as I said earlier).
The downside is that "save overcharging" only works at very low charging rates. That's why the double-charger designs all have 10+ hour charge times (mine actually has a 20-hour charge time).
But in practice? Its cheaper to buy 4 extra AA NiMH batteries to keep charged rather than upgrade to the faster chargers. So just keep some spares topped off and you should be fine.
If one battery is 50%, and the other at 70%, and you put both in, one will end up at 80% and the other at 100%. When one is full, those cheap chargers stop charging the pair.
https://www.nature.com/news/polopoly_fs/7.6716.1349271308!/s...