Honest question. How is that sponge an animal and how is "animal" defined? If we grind something through a sieve and it reassembles surely the lifeform can't be too complicated.
I used keepass since ages and about two years ago I switched to a self-hosted vaultwarden instance and I still think it was a great choice. So of you have a docker experience and a little VM lying around you could give vaultwarden/Bitwarden a try.
Not if you payed for an "apple" but got compost. But of that's your thing you could try to eat it 🤣
If you are fine with touching winget to download something, you probably should be fine by touching edge to download something.
Joules is unfortunately a vector because it's over a distance in a direction.
What? Joule is an energy unit and energy is a scalar quantity and not a vector. There is no "energy direction" and no "distance".
Edit: even your edit doesn't make sense. Provide a source that says that energy or joule is somehow a vector.
@Prunebutt meant 4.5! and not 4.5. Because it's not an integer we have to use the gamma function, the extension of the factorial function to get the actual mean between 1 and 9 => 4.5! = 52.3428 which looks about right 🤣
Your example with the absolute values is actually linked in the "Even more ambiguous math notations" section.
Geogebra has indeed found a good solution but it only works if you input field supports fractions and a lot of calculators (even CAS like WolframAlpha) don't support that.
The full story is actually more nuanced than most people think, but the post is actually very long (about 30min) so thank you in advance if you really find the time to read it.
Not quite. I'm not really sure but I think the original idea actually was a fixed hardware address but I'm not sure if a lot of devices actually ever implemented it that way because it's simpler (and cheaper) to control it in software. In modern (especially mobile) devices it's actually a security requirement because with a fixed MAC address you could be tracked by other wifi devices.
That's intended. Look at the second hand for a minute. It goes 1, 2, 3, etc. like on a real clock but the numbers are distributed differently. That's also why the hands sometimes have to move faster to reach their target in time. It goes (backwards) if it's closer.