But to top it all off, if this was truely a law of mathematics, then show me a proof, theorem, or even a mathematical conjecture, about order of operations.
Our friend doesn’t know what a mathematical proof is, and will instead try to give you an example in which he posits a real-world calculation, writes down an arithmetic expression for it according to one convention, interprets it with another, gets a different answer, and tells you this is “proof” that it’s wrong.
When I explained to him how you could write down the expression according to a different convention, then interpret it with the same convention and get the same answer, he just denied, denied, denied, with no sign of understanding.
Our friend doesn’t know what a mathematical proof is,
says person who doesn’t know enough about Maths to prove the order of operations rules, which literally anyone can do for themselves if they know all the operator and grouping symbols definitions 🤣🤣🤣
will instead try to give you an example in which he posits a real-world calculation, writes down an arithmetic expression for it according to one convention, interprets it with another, gets a different answer, and tells you this is “proof” that it’s wrong
I have no idea who you’re talking about, but it ain’t me! 😂
writes down an arithmetic expression for it according to
the definitions of the operators 🙄
When I explained to him
was precisely nothing
how you could write down the expression according to a different convention, then interpret it with the same convention and get the same answer, he just denied, denied, denied
What you mean is I actually proved you wrong about “different conventions” (noted you still don’t know the difference between conventions and rules), but you’re pretending it never happened 🙄
You gave the defintion of one kind of proof. I’ll take that as an admission then that you can’t fault any of my proofs, since you can’t point out anything wrong with any of them, only that they don’t use the only proof method you know of, having forgotten the other proof methods that were taught to you in high school 🤣🤣🤣
if you can’t work out why what you wrote doesn’t match
I already know why it doesn’t match, that doesn’t make it not a proof, DUUUUHHH!!! 🤣🤣🤣 You need to go back to high school and learn about the other methods of proof that we use. You only seem to know the one you use in your little bubble.
you just can’t do maths.
Says person who only knows of ONE way to prove anything in Maths! BWAHAHAHAHAHAHAHAHAHA! 🤣🤣🤣
Taken as an admission that I have indeed proved my points then, as I already knew was the case.
That’s ok, as Barbie taught us “math is hard!”
Is THAT why you only know ONE method of proof - you learnt from Barbie??? 🤣🤣🤣
All mathematical proofs can be written in that form, otherwise they are not proofs. All kinds of proof are merely special cases of the general kind I told you about. You didn’t know this?? Yeesh.
All mathematical proofs can be written in that form, otherwise they are not proofs
says person confirming he doesn’t know much about Mathematical proofs 🙄
All kinds of proof are merely special cases of the general kind I told you about
No they’re not, and you even admitted at the time that it had limitations 🙄
You didn’t know this?? Yeesh
Yes, I knew you only knew about one kind of proof, hence why I told you to go back to high school and re-learn all the other types that we teach to students
Our friend doesn’t know what a mathematical proof is, and will instead try to give you an example in which he posits a real-world calculation, writes down an arithmetic expression for it according to one convention, interprets it with another, gets a different answer, and tells you this is “proof” that it’s wrong.
When I explained to him how you could write down the expression according to a different convention, then interpret it with the same convention and get the same answer, he just denied, denied, denied, with no sign of understanding.
says person who doesn’t know enough about Maths to prove the order of operations rules, which literally anyone can do for themselves if they know all the operator and grouping symbols definitions 🤣🤣🤣
I have no idea who you’re talking about, but it ain’t me! 😂
the definitions of the operators 🙄
was precisely nothing
What you mean is I actually proved you wrong about “different conventions” (noted you still don’t know the difference between conventions and rules), but you’re pretending it never happened 🙄
And yet you were unable to reply with a proof. So sad.
Says person unable to point out in what way it wasn’t a proof, so sad 🤣🤣🤣
I’ve given you the definition of a proof before, if you can’t work out why what you wrote doesn’t match you just can’t do maths.
That’s ok, as Barbie taught us “math is hard!”
You gave the defintion of one kind of proof. I’ll take that as an admission then that you can’t fault any of my proofs, since you can’t point out anything wrong with any of them, only that they don’t use the only proof method you know of, having forgotten the other proof methods that were taught to you in high school 🤣🤣🤣
I already know why it doesn’t match, that doesn’t make it not a proof, DUUUUHHH!!! 🤣🤣🤣 You need to go back to high school and learn about the other methods of proof that we use. You only seem to know the one you use in your little bubble.
Says person who only knows of ONE way to prove anything in Maths! BWAHAHAHAHAHAHAHAHAHA! 🤣🤣🤣
Taken as an admission that I have indeed proved my points then, as I already knew was the case.
Is THAT why you only know ONE method of proof - you learnt from Barbie??? 🤣🤣🤣
All mathematical proofs can be written in that form, otherwise they are not proofs. All kinds of proof are merely special cases of the general kind I told you about. You didn’t know this?? Yeesh.
says person confirming he doesn’t know much about Mathematical proofs 🙄
No they’re not, and you even admitted at the time that it had limitations 🙄
Yes, I knew you only knew about one kind of proof, hence why I told you to go back to high school and re-learn all the other types that we teach to students
Hahaha ok sure thing buddy!