this post was submitted on 27 Nov 2025
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Lmao citing yourself and assuming you're correct and smarter than everyone who programs solvers, even those who are known to be respectable and used extensively in academia. Nothing's been established cause you've cited sources that don't support your argument, and repeating them again and again won't make it different. Good day bro, continuing this is useless.
Nope! I cite Maths textbooks here, here, here, here, here, here, here, a calculator here, need I go on? 🙄 There's plenty more of them
That's hilarious that you think random programmers know more about Maths than a Maths professional 😂
As I already stated, everyone knows the complete opposite of that about them. It's hilarious that you're trying to prop up places that give both right and wrong answers to the exact same expression as somehow being "respectable". 😂 And you'll see at the end of that thread - if you decide to read it this time - the poof that academia does not use it (because they know it spits out random answers)
BWAHAHAHAAH! Like?? 😂
That's right, the Maths textbooks are still as correct about it as the first time I cited them.
Well it is when you don't bother reading the links, which you've just proven is the case
I've read everything you've posted, but the problem is you're interpreting the texts in such a way that they support your flawed argument, conveniently ignoring what they're actually saying, such as "if" statements.
Even this textbook that you yourself posted goes against what you're saying if you just bother to look at it outside of your tunnel vision:
Notice something?
You've read every textbook, and looked at the calculator answer? Yeah nah, you clearly haven't.
Says person who can't come up with any textbooks that support their argument. 😂 BTW if you had looked at the calculator, you would've seen it does it exactly as I have described - 6/2(1+2)=6/2(3)=6/(2x3)=6/6=1, not, you know, 6/2(1+2)=3(3)=9, which is your flawed argument
Says person ignoring this "if" statement which says you literally must distribute if you want to remove the brackets.
No it doesn't! 😂
Yes, you ignored the Distribution in the last step 😂 I have no idea what you think is significant about the first 2 steps, other than you were trying to draw attention away from the Distribution in the last step
Here's another one (different authors) that does the same thing, which you would've seen if you had actually read all the textbooks I posted, but they explicitly spell out what they're doing as they're doing it...