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The notion of absorbing is made very clear, finally. Bravo
This is great. It really tells more bout Ideals than is usually seen.
Great video.
Just what I need right now. Also, this deserves much more views, but I guess competition problems are much more popular :(
very clear explanation to the concept of ideal
Only five comments? That's a prime number.
15 comments now. That's a number that you could factor with a quantum computer.
thenk bro
20 seconds into the video, 2 hours of notes from Wikipedia.
Hi, When int (lncosx)^n
no
An ideal video *bu dum pshhh* okay i'll leave now
Hi, when int (1/(x^5+a^5))dx?)
@@user-or9fo5ym6h soon
You go way too fast.
I like the way he is doing it. Reduce the speed to 0.75 if you want to have it slower.
The notion of absorbing is made very clear, finally. Bravo
This is great. It really tells more bout Ideals than is usually seen.
Great video.
Just what I need right now. Also, this deserves much more views, but I guess competition problems are much more popular :(
very clear explanation to the concept of ideal
Only five comments? That's a prime number.
15 comments now. That's a number that you could factor with a quantum computer.
thenk bro
20 seconds into the video, 2 hours of notes from Wikipedia.
Hi, When int (lncosx)^n
no
An ideal video *bu dum pshhh* okay i'll leave now
Hi, when int (1/(x^5+a^5))dx?)
@@user-or9fo5ym6h soon
You go way too fast.
I like the way he is doing it. Reduce the speed to 0.75 if you want to have it slower.