hey, this comic is awesome! Anyways, since this is all about math and you all seem to be quite in-tune with it I wanted to know if any of you had suggestions for a good textbook to teach myself advanced calculus. I've already done a course in multivariable calc with an intro to vector calc. But I'd consider that mainly an introduction.
I would be nice if someone could prove "the generalized Riemann hypothesis". Or maybe prove it be unprovable or something.
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Furry cows moo and decompress.
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Hello my fellow math geeks. My name is Mike and I am the creator
of Spiked Math Comics, a math comic dedicated to humor, educate
and entertain the geek in you. Beware though, there might be some
math involved :D
I'd rather assume it is not true...
Speaker 83: "... Having proven the Generalized Riemann Hypothesis..."
Me: "... Wait. What?!"
Assuming the Goldbach conjecture:
for all a>2, there is a prime in the open interval (a, 2a).
NOTE: this is directly extensible to a>1.
speaker # 50: Hi everybody my name....
everybody: WHAT???
hey, this comic is awesome! Anyways, since this is all about math and you all seem to be quite in-tune with it I wanted to know if any of you had suggestions for a good textbook to teach myself advanced calculus. I've already done a course in multivariable calc with an intro to vector calc. But I'd consider that mainly an introduction.
Cheers!!
Keep up the good work!
Michael Spivak's Calculus gives a fairly in-depth treatment of many levels of the calculus. You should definitely look into it.
Let's hear it for the Yellow Pig!
It's so true XD
I would be nice if someone could prove "the generalized Riemann hypothesis". Or maybe prove it be unprovable or something.
--
Furry cows moo and decompress.