Aviation and space stuff.
Aviation and space stuff.
Primarily because I’ve been using it for much longer than Chrome has been a thing so I’m used to it. But Google’s shenanigans are also a factor.
SR-71 Speed Check
I get to find out if I have ulcerative colitis or Crohns in a few days. This gives me hope that even if I have one of them, I won’t have to take meds for the rest of my life, or worse, have parts of me removed.
Oh no, now someone will have to write a bot to scrape the ToS once a day or something, and push it to Github if it has changed.
This is technically possible. The cosmic microwave background, i.e. space, is extremely cold (barely above absolute zero) so it basically acts as a heatsink you can pump infinite amounts of heat into. It turns out that if you can make the food radiate heat out into space and prevent it from absorbing more heat from sunlight, it’s possible to cool it below ambient temperature. This is also a completely passive process so it requires no electricity or other form of active energy input.
The problem with this is that doing it with food might be impossible. At the moment, we can only really do it using objects with special coatings that have been optimized for this purpose.
Here’s a couple interesting videos that explain how it works:
Diggy diggy hole!
They’re right there, written in big text and placed in a nice 3x3 arrangement below the jumbled mess of random letters.
Rivian CEO should keep his mouth shut until a few grand gets you a used compact electric hatchback (VW Polo or similar) with a decent battery.
Lemmings are going to crucify me for this, but here goes anyway…
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Oh, I remember. Some of the games I played a lot would just crash if I had Xfire running in the background.
This is tax money funding toys for the parasitic criminal billionaires.
What an idiotic and short-sighted take. Research on supersonic aerodynamics is useful for far more than just toys for billionaires. Military applications, rocketry and astrophysics, for example. And even regular commercial aviation, because supersonic shockwaves are a major source of drag even at the speeds airliners fly at. Airlines would kill to have a fleet of planes that burn a few percent less fuel.
E: Also, much of the noise an airliner makes during takeoff comes from the sonic booms created by the engine fan blades going supersonic.
I would rather just have a singular name like “squajibbles” for milimeters and memorize an intuitive sense of what that is. I realize I can do that with the word “milimeters” too but my brain sometimes gets stuck on unpacking the math.
This is, in fact, exactly what metric users do in their daily lives… We don’t do math in our heads every time we measure something. We know from experience how large all the units are and pick the one that’s appropriate for a given situation, just like you do.
When you measure something using inches, you don’t then say “it’s this many 1/36ths of a yard” unless you specifically need to convert it into yards for some reason.
Similarly, when we measure something using millimeters, we don’t say “it’s this many 1/1000ths of a meter”. It’s just a millimeter. Don’t get hung up on the prefix, just ignore it and treat it as a unit of a particular size.
Tourists, yes. But Russian citizens who fall under certain special groups are allowed to enter.
What difference does it make if the temperature is 79 or 80 F? That’s a difference of about half a Celsius, and as a Celsius user, I can tell you that I don’t plan my daily life based on a half a degree difference, or even a one degree difference; 5 degree precision is almost always enough.
The seatbelt isn’t there just to keep you from flying through the windshield in a crash. It also keeps you in the proper seating position so you can reach the controls at all times, and reduces fatigue because you don’t need to brace yourself as much when going around corners or over bumps.
The water jet is the mechanical force. But unlike wiping, it doesn’t smear the shit all over your ass hair and rub it into your skin pores. It just liquifies it so that it gets rinsed away.
You pass out, and then you wake up with no memory of anything that happened in the meantime.
That is, unless they messed up the dosage and allowed you to regain consciousness. It happened to me once as a kid, I had to have a tooth removed but I was so scared that they had to put me under, but I woke up briefly during the operation and I remember the surgeon giving me nitrous oxide (I think that’s what it was, because it had this sweet smell and taste) with a mask and telling my mom (who was in the operating room), “let’s turn this down a little bit so we don’t pass out too”. Then I passed out again and woke up in the recovery unit.
I hope you realize that floating objects generally orient themselves in such a way that the most buoyant parts are at the top. So while you could float around, you would be hanging by your balls the entire time…