Number Theory Math for Fun
Offered By: blackpenredpen via YouTube
Course Description
Overview
Syllabus
The Legendary n^2+n+41 (why do we need math proofs?).
An Easy Putnam Exam Problem!.
Proving sqrt(2) is irrational by using the rational zero theorem.
Sqrt(2) is irrational! (Classic Proof).
Why do you rationalize the denominator? (here's my reason).
That Time Euler Was Wrong.
You, me, and my first IMO problem.
A Repeating Decimal Equation.
A Strong Induction Proof.
There are infinitely many primes (Euclid's proof).
Fibonacci Sequence (with a twist).
You, Me and The Legend of Question 6.
A "Can This Be Prime" Putnam Exam Problem.
Prime factor 1002004008016032.
The Harmonic Number Is Never An Integer When n Is BIGGER Than 1.
What does a ≡ b (mod n) mean? Basic Modular Arithmetic, Congruence.
Solving congruences, 3 introductory examples.
System of congruences, modular arithmetic.
When can we divide in a congruence?.
45^2+45+41 is NOT prime?.
Integral Calculus Marathon Livestream.
solving a quadratic congruence but the modulus is NOT prime.
Taught by
blackpenredpen
Related Courses
Number Theory and CryptographyUniversity of California, San Diego via Coursera More Fun with Prime Numbers
Kyoto University via edX Mathematical Foundations for Cryptography
University of Colorado System via Coursera Mathematics for Computer Science
University of London International Programmes via Coursera Algorithms with Numbers
Saint Petersburg State University via Coursera