I disagree about how calculators and math are deterministic a in real world scenarios where you use math at work. When you compute a formula in your calculator or in a fancy design software, it will always give you answer but it doesn't mean you asked the right question. If you use the wrong units in your input or if you make a typo, if you used the wrong formula, etc., the calculator/software will blindly give you an answer and only an experienced engineer will spot it a first glance. As soon as there is a human in the loop, things get messy.
For exemple, if your calculator tells you that a 15m long W200x31 steel beam can resist 215kN•m in bending moment, I know at first glance its at least 4x too much for that length, but how many people reading my comment could? A civil engineer fresh out of college would not.
The Covid deaths were measured in thousands before they could find a single individual under 18 yrs old who died from it. The only reason to vaccinate kids was to try to prevent them from spreading it to adults. Right from the beginning (eg. With the cruise ship that was infected), it was extremely obvious that the main factor in survivability was age. The younger you were, the safer it was. Weight was also very important but we learned that later
Do you really believe it's Trump's fault that politicians in the EU are pushing for the end of encryption, mandatory digital ID, and age verifications?
The limit is artificial. That's the entire point. There is no laws or bible verse telling apple it's illigal to let you use the cpu on your phone for workstation workloads. Wouldn't it be nice if you could hook up your phone to a usb dock, boot Linux/windows/macos and get a workstation that's faster than a 2000$ laptop? Sure you can buy a Mac mini, but iphone owners already have one in their pocket.
You are completely missing his point. It's not about the mhz, it's about making a super high performence product but refusing to let you use it for things that actually benefit from that performance.
A significant difference with gatcha games compared to traditional cash gambling is that you cannot chase your losses. You either get the skin/item or you don't, but there is no false hope that you could recover the money you gambled with if you spend even more. Obviously, that's not true when the game allows you resell the skins individually for real cash (eg. CS skins). Chasing losses and borrowing money to earn back the money you lost and getting even more in debt is what makes people kill themselves in casino parking lots.
I used to be a rope access worker, mostly for consstruction, maintenance and inspections in hard to access places. Most knots are only useful in very niche situations or to impress your friends. You probably don't need more than 5 to solve almost every situation you could realistically get yourself into (eg. Figure height, alpine butterfly). In a lot of cases, the fancy knots you see online are only usefull because they are easier to untie after getting loaded (eg. Using figure-nine instead of figure-height) and you can ignore them.
I would recommend looking at the ones that are thought in the Irata and Sprat certifications. IIRC there is fewer than 10 but there is a wide range of ways you can use them or combine them together.
If you lose your house keys, you don't have to give up your house and all your furniture. You are allowed to pay a locksmith or break a windows, you own it after all.
For exemple, if your calculator tells you that a 15m long W200x31 steel beam can resist 215kN•m in bending moment, I know at first glance its at least 4x too much for that length, but how many people reading my comment could? A civil engineer fresh out of college would not.