sqlite is amazing and everything. I still use Postgresql for most things - the tool support is genuinely a lot better. I also find the explain output much easier to understand. There are also features which I…
The process for actually making iron, rather than the one they've imagined, involves smelting with coke. I'm pretty sure that electrolysing iron oxide is not a thing that's done on an industrial scale.
Maybe they can cut out the middle-man and just burn coke, which does not need to be stored in a sealed container
Isn't this basically how those single-use hand warmers work? Fine iron powder reacts with air/moisture? Sounds pretty useless given that a) Elemental iron does not occur naturally on earth b) It requires a lot of…
There is just one - ATmega4809-PF - which is available in a pin-through-hole 40-pin DIP package. But I don't really see why to use that, there are loads of breakout boards for the others in the similar series,…
sqlite is amazing and everything. I still use Postgresql for most things - the tool support is genuinely a lot better. I also find the explain output much easier to understand. There are also features which I…
The process for actually making iron, rather than the one they've imagined, involves smelting with coke. I'm pretty sure that electrolysing iron oxide is not a thing that's done on an industrial scale.
Maybe they can cut out the middle-man and just burn coke, which does not need to be stored in a sealed container
Isn't this basically how those single-use hand warmers work? Fine iron powder reacts with air/moisture? Sounds pretty useless given that a) Elemental iron does not occur naturally on earth b) It requires a lot of…
There is just one - ATmega4809-PF - which is available in a pin-through-hole 40-pin DIP package. But I don't really see why to use that, there are loads of breakout boards for the others in the similar series,…