Happy π Day 2024! A Pi Day Special 🤩

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PLAYLISTS 🎵 :
Number Theory Problems: • Number Theory Problems
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Calculus: • Calculus

[@charlziedouglas-mo7uc]

I noticed the clip is exactly 3:14 in length. Isn't there's something mystcical about this? 👽

[@SyberMath]

Nice! 😍🔥❤️

[@uwelinzbauer3973]

Hello! Thanks for the interesting and funny pi-puzzle to celebrate 🍾 pi's birthday 🎂 🥳 on 3.14th. Best of all: I was able to solve it myself before watching the video explanation. But my success certainly has to do with all your preceding math teaching videos helping. 👍

[@SyberMath]

Great job!

[@DRakont1]

YAAAY!!!! HAPPY PI DAY!!!!!

[@josepherhardt164]

I solved it & confirmed it with a calculator (shoot me). I'm just amazed that these two functions intersect at all.

[@barakathaider6333]

👍

[@SeemaYadav-io4qt]

Very nice

[@SyberMath]

Thanks

[@yoav613]

Length of the video 3:14😊

[@SyberMath]

Nice job! I thought @charlziedouglas-mo7uc was the only one who noticed it. ❤️🔥😍

[@kassuskassus6263]

Pi Pi Pi Pi Doooo !!!

[@h2omathgaming453]

The ending be like: Until then be safe, take care, and Pi Pi!

[@moeberry8226]

Another great Video

[@SyberMath]

I appreciate that

[@scottleung9587]

Happy Pi Day, Syber - BTW I arrived at the same solution!

[@DRakont1]

Thanking fast in 3:10

[@calculus988]

Happy pi day

[@Qermaq]

Happy pi day, pal. Here's a geometry puzzle that has nothing to do with geometry, it's number theory. If a^2 + b^2 = c^2, can b^2 + c^2 = d^2? (Or, in other words, and referencing Euclid's parameterization of Pythagorean triples, can (m^2 - n^2) = (p^2 + q^2) and mn = pq?)

[@SyberMath]

hey man! Thanks

[@TedHopp]

3:00 "For a base to be valid, it has to be greater than 1..." Actually, any positive real number other than 1 is valid as a base.

[@SyberMath]

I messed up hehe 😜

[@TedHopp]

@@SyberMath I know what that's like. 🫤 I forgot to say, nice video for π day!

[@Yogut3k]

This math exercise is... eπx ;)

[@ziplock007]

darn, was hoping for Lambert's W :(

[@SyberMath]

sorry. next year maybe 😄

[@giuseppemalaguti435]

ln(lnπ)/(lnπ-1)=0,934..