By my understanding fuel cells are less about form factor, and more about directly converting the fuel into electricity across a membrane, like how batteries operate, so like a battery that takes in Hydrogen on one terminal and Oxygen on the other, being more efficient than burning it in an engine and trying to recapture some of that as electricity after thermal and friction losses have eaten into it.

So it is more a replacement for the engine than it is for the fuel tank. Wikipedia

For the most part, it varies by material and state of matter, but assuming the chemical composition doesnt change and no material changes phase, then it is pretty close to linear in most materials.

But when would you buy a computer monitor for netflix and NOT have something with access to netflix to plug into it? If they didnt have anything with netflix and wanted it built-in then why did they buy a monitor and not a TV?

Exactly, so why would a PC Monitor need to have it’s own Netflix? The PC already has it.

There are “two-way” remote start kits that have a display on the fob to report back AC state, engine remaining run time, and door lock state. It also helps for making sure the button you pressed actually reached the car.

For one thing they were so obsessed with security as a concept devleoping it that they completely ignored the use case of screen-readers for the visually impaired and prevent apps from accessing text from other apps and as far as I know it is still an issue.

It is more for heat treatment of the metal after forming it, or for coatings that require it.

But they did just do this.

To be fair powershell is more recent and windows has always used the control panel for most configuration, they are kind of rug pulling everyone who learned to use it and there arent clear terminal alternatives, for instance, how do I calibrate a game controller’s axis with the terminal?

This isnt even the only iron battery chemistry! The one in the article is Iron-air but you can also do Iron-Iron

Oh, didnt know that was posted, some of the tests seem to be different from last time, it hasnt regressed but hasnt improved much yet either (from the ones that were the same). It does seem to have pulled ahead of BTRFS since the last test, doubling score in the DBench test, but it still varies a lot compared to the other filesystems it seems, doing worse pretty regularly.

That’s fair, it has changed a bit since then and I’m hoping we get another filesystem benchmark to see if it has improved, and the caching features might offset that on frequently used data, but I don’t know how hard that would be to benchmark.

In my use it has been pretty stable so far with 7 disks participating (3 caching SSDs, 4 mechanical disks, with 3 copies of metadata and 2 of data), but I’m not using the more experimental features like erasure coding, I will note the on-disk-format has changed twice since it has been in the kernel, and it hasnt been there long, but it has succeeded both on-disk-format upgrades without obvious data loss, and it recently got self healing for some checksum errors, Id say its probably ready for use if the data is backed up, replaceable, or can be gone without (so for me games are all I have that fits this). Otherwise I would use caution if you use it, but I am very optimistic about the future of the FS, as Kent Overstreet (the creator) has taken a lot of care with it.

I use bcachefs for my games, I like that it lets me have multiple disks with redundant data copies, plus ssd caching of frequently accessed files, this fs is linux specific for now as far as I know, and is still experimental. I use ext4 for everything else, and FAT32 for flash drives.

I envision it like AT&T’s break-up, where the singular Google is broken up into regional companies that will (hopefully) have to compete with each other.

The US Army used to teach shooting similarly to that, minus the hand in the pocket of course.

Absolutely.

The metals are forming a Galvanic cell with the salt water as an electrolyte, the section of the linked article labeled Galvanic corrosion mentions the splitting off of hydrogen in salt water. There is no membrane so electricity just goes through the conductive salt water. The exact voltage depends on which two metals were involved, this page has a table of the voltages in sea water (in mV)

Buckwheat pillow, holds it’s shape well and you can flatten it out or bring it back together to adjust the thickness, big downside though you kind of have to mold your head into it when you go to bed, really just boils down to adjusting the thickness, laying on it, and rocking your head back and forth on it a couple times to shape it. They dont fold well but I feel they don’t need to.

One example I had with DDG image search was transparent electronics, I couldnt find a way to get electronics with a transparent case, DDG would only give me generic electronics images that had transparency. Google got it though