Great to see you back! We all miss your enthusiam for mathematics.
@etiennebasset74936 ай бұрын
Fermat would be proud 😂
@FerghusCameronАй бұрын
Why is all the math I struggle with so simple when I find the teacher that can explain in my way? I will try to get up to Calculus by the end of 11th grade as i have never gotten to enter Middle school or High school due to payment issues and for my family having trouble with work thank you sir 🙏
@Happy_Abe6 ай бұрын
Missing your videos
@CornishMiner6 ай бұрын
Always good to see Dr Peyam 👍
@drpeyam6 ай бұрын
Awwwwwww!!!
@harikishan56906 ай бұрын
so nice to see a vid from you!!
@vokuheila6 ай бұрын
Isn't this obvious lmao
@barteqw6 ай бұрын
Good to see you again! 😊
@imauz11276 ай бұрын
but it works for the p-adic integers, right?
@koenth23596 ай бұрын
Also 3^(2/n)^n +4^(2/n)^n = 5^(2/n)^n etc.
@Linkedblade4 ай бұрын
i didnt know that a=b was allowed
@Yes_I_c4n6 ай бұрын
Hmn, I didn't get how that proves that it's not valid for the real numbers. I mean, firstly you made a=b, correct?
@carultch5 ай бұрын
Fermat's last theorem is that it ISN'T possible for a^n + b^n to equal c^n, where a, b, and c are all whole numbers, when n is greater than 2. This isn't even close to a proof of this theorem. It took 200 years after Fermat's death to prove it. Fermat claimed to have a proof, but he didn't include it in his publication.
@alexmcmahon28106 ай бұрын
4 is a real number, did you mean irrational numbers or R\N? I'm confused!
@NaradaFox6 ай бұрын
dr. Peyam is still alive!!!
@Kiwi-zz8ri5 ай бұрын
Except a and b have to be positive INTEGERS
@Bemajster5 ай бұрын
Do you even listen what he is saying?
@Kiwi-zz8ri5 ай бұрын
@@Bemajster yes but that’s not Fermats* last theorem. Fermats last theorem is for positive integers
@Bemajster5 ай бұрын
@@Kiwi-zz8ri no shit sherlock
@hectordomingotroncoso30476 ай бұрын
Good morning,Dr. Peyam,i'm Héctor Troncoso,FROM Argentina,Buenos Aires.,i'm the oldest pupil You have,i'm 69 years ,but my math 's soul is still alive,so thanks for teach me,and sorry because of My Bad English. Regards.
@nasseerkassim17716 ай бұрын
Dr piam I like ur vedio
@isjosh80646 ай бұрын
(1/n)^n is just equal to 1 though.
@muratatatoyran64196 ай бұрын
But Fermat says a,b,c € N+
@anuragkr30266 ай бұрын
You looking so weak ❤ Get well soon
@drpeyam6 ай бұрын
Oh that was years ago, I’m feeling better 😂
@maxhagenauer246 ай бұрын
How does that show it doesn'twork for all real numbers? 2 is just 1 example.
@bjornfeuerbacher55146 ай бұрын
Fermat's theorem says that the equation a^n + b^n = c^n has _no_ solution for integer values > 2. The equivalent statement would be that the equation a^n + b^n = c^n has no solution for any real exponents n. He showed that at least one example exists which is a solution, hence he disproved the statement. That was the goal of the video.
@MichaelRothwell16 ай бұрын
@@bjornfeuerbacher5514Letting n be real was the extension to real numbers that I thought Dr Peyan was going to look at, but in fact he looked at the case where a, b and c are allowed to be real, with n still an integer >2.
@sepdronseptadron6 ай бұрын
@@bjornfeuerbacher5514no, it was for any real a, b, and c, not for any real n because a and b is 2^(1/n), and c is 4^(1/n) in the video
@bjornfeuerbacher55146 ай бұрын
@@sepdronseptadron It was for a, b, c, n _all_ being real numbers.