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Very well made video, pls continue posting I love your videos
I've loved math since high school but never got the chance to dive deep into it. Videos like these remind me why I always loved math. Good job.
We can also derive p^2=1(mod 6) (for p relatively prime to 6) by Euler’s Theorem, since phi(6)=6(1/2)(2/3)=2 :)
Excellent insight
very insightful
Thumbnail is slightly wrong by the way, as 3 and 5 are shown to be cubed
thank you so much, silly me :) (It's fixed now)
Thank you for the video, hope to see more of number theory problems
Splendid video. However, where would one start learning modular arithmetic from? Are there any sources you would recommend perhaps?
@@OptimusMaximus-314 Art of Problem Solving (AoPS) has some great resources, including articles and books
Hey buddy are you pursuing some degree in mathematics??Are you a high school student??
Very well made video, pls continue posting I love your videos
I've loved math since high school but never got the chance to dive deep into it. Videos like these remind me why I always loved math. Good job.
We can also derive
p^2=1(mod 6)
(for p relatively prime to 6) by Euler’s Theorem, since
phi(6)=6(1/2)(2/3)=2
:)
Excellent insight
very insightful
Thumbnail is slightly wrong by the way, as 3 and 5 are shown to be cubed
thank you so much, silly me :) (It's fixed now)
Thank you for the video, hope to see more of number theory problems
Splendid video. However, where would one start learning modular arithmetic from? Are there any sources you would recommend perhaps?
@@OptimusMaximus-314 Art of Problem Solving (AoPS) has some great resources, including articles and books
Hey buddy are you pursuing some degree in mathematics??
Are you a high school student??