We have proteins in our diets that our body could use intact, however our digestion breaks those down and we absorb the amino acids and rebuild the needed proteins.
No protein survives digestion. It’s really quite surprising that some prions do survive and fuck us up
You can keep secrets from the future. Future decryption won’t help government see what you did in the now, the logs don’t store the encrypted payload, only the end points and the user/ip
The high end of 0 to 100 is nice for boiling, when I’m making beer at the boiling stage the number on the scale goes from somewhere below 25 to 100 and so the end point is obvious
We boil water quite a lot, though we often aren’t tracking the temperature
Most of the time the temperature scale that’s best is the one you know. I don’t know of any case where Fahrenheit is objectively best (like Celcius is when water is involved) but I think the best argument for Celcius is it is used in science, so American scientists start a step behind all the others by having to learn a new system. Given neither have any great advantage I reckon it’s worth America changing to make things better for American scientists
Celcius degrees are quite a bit larger than Fahrenheit degrees. 0 to 100C is much larger than 0 to 100F so I don’t get what you mean by Celcius covering about half of Fahrenheit. In any case neither scale runs out of numbers high or low
With the sucking venom out of a bite memes they always warned that you needed good mouth health as the venom getting into your blood through a cut or sore would be dangerous, suggesting that venom could be safely ingested
Our digestive system is pretty good at talking apart proteins
My mail lived on an Intel atom based mini itx machine for years. I wanted to play with breakup by replication and bought a cheap shell. Now the cheap shell is my only mail server
Linux + postfix (SMTP) + dovecot (IMAP and POP3) + SPF + DKIM on the host
Point the MX record for your domain to your IP address
Contact your ISP and ask them to set the PTR record for your IP to your hostname
Mail can be handled by a very low end computer, a raspberry pi can handle email for a small number of users
If you have a specific mail machine you would forward the ports you use to that host on your router.
I self host email. Email is easy. I went a tad overboard with database configuration, a configuration/password change program, a few virtual hosts so I can renew six different names, but a single domain on a Linux box (any flavour) is easy
It makes it easy to make a bespoke email address for every entity you interact with, or show them the respect they deserve by giving your valid email spam@your.domain.tld
It is a bit of a hobby though. You need to keep up with email security if you want to send to anyone.
100F is just about half
Your scale in water terms starts at 32. 100 is nowhere near halfway between 32 and 212
You can make the temperature dial of an oven have matching degrees of rotation and degrees Celcius.
Turn the dial to point straight down to bake at 180°
Turn it 3/4 of the way to cook a pizza at 270°
Highest I have driven on is 130km/h, but it has no speed enforcement.
an ammonium chloride brine
At what molar concentration? Was it just as much NH4Cl as he could dissolve at ambient temperature and pressure?
We live on a water planet. The weather we care about is water.
If you look at the overnight low you probably want to know if frost was likely. Guess what Celcius temperature frost happens at.
The records are -80°F and 134°F
That’s quite an error in a “whole human experience in zero to one hundred” system
Can you feel the difference between 23.5° and 24? I can’t. You don’t often need precision to tenths.
In Australia most weather providers give you whole degrees, the bureau of meteorology gives you to one decimal in reports and whole degrees in forecasts
My coffee and beer boilers can hit high precision temperatures to variously 0.1° or 0.5° precision. The beer boiler gives 3 digits - hundredths below 10°, tenths below 100°, whole numbers 100° and over
You can choose the precision of thermometers you wish to buy for yourself
I have seen fahrenheit thermometers which are hard to read to better precision than 5 degrees
HIV speeds up your recycling (especially untreated) so it’s quicker recycling than an unmodified human
Picture going for a very tight periapse in a highly elliptical orbit. Now make the periapse lower. Lower still, within the atmosphere or below the surface of the thing you’re trying to hit. If you don’t plan on arriving alive it’s much cheaper to arrive like a meteor
So you have ~30km/s in a near circular orbit. You interact with a gravity well to point your vector at the Sun (a highly elliptical orbit). Sure you’re carrying enough energy to come out of that with a very high aposol, but with the perisol within the Sun that energy will convert to heat
You don’t need to kill all your earth orbit speed to hit Earth, just enough to aerobrake
You don’t need to kill all your lunar orbital energy to hit the moon if you’re happy to lithobrake
No one is talking about reaching the surface of the sun alive
The words you are looking for are that Fahrenheit is more precise. But it’s not as there are an infinity of numbers between any two integers.
My thermometer at work which I use for health and safety stuff reports temperature to two decimal places. Had we wanted more precision we could have gone with twenty decimal places. In too big or too small metric units we use multipliers - metres are too small for long distances so we use kilometres (thousands of metres), metres are too big for construction so we use millimetres (thousandths of metres)
Where Celcius degrees are too big, people (scientists, since whole degrees or a single decimal is enough for everyone else) use milikelvins