#book-recommendations
1 messages · Page 262 of 1
and yes i looked at the solution
a usual calc 3 course
i guess that’s what it would be called here
they didn’t explicitly say it like that
i pretty much understand nothing about the solution explanation if you needed to know
Idk if there is a book that does these sorts of problems in a lot of detail.
oof, guess i’m gonna be stuck for a while
Lang
I need to grind problems for abstract algebra (mostly group theory). My course textbook doesn’t have very good ones. What book is recommended for practice?
herstien has good problems
but standards like dummit foote/artin/lang etc all have good and by and large the same problems
Thanks
Any recommendations for books that are sorta easy reads? More looking for something interesting but not textbook style with a bunch of problems and stuff
Raoul Bott, Loring Tu - Differential Forms in Algebraic Topology
Yeah, analysis on manifolds is really bad
The content is equivalent to spivak's calc on manifolds, not calc 3
I’ll look into that. Does it have any hard prereqs? I should have mentioned I’ve only got a background in some calc and a bit of lin alg but no analysis or other higher level math really
It was joke
I will say
I found milnor's topology from the differentiable viewpoint very good
And it is primarily a picture book sans exercises
Milnors books are so great
This isn't a, joke
Haha alright I’ll look at that
Though usually you'll want to have had some advanced calculus exposure beforehand
I was thinking about maybe nonlinear dynamics and chaos by strogatz, seems like a good book but idk if it’ll be too over my head
Any recommendations for free, online introductory complex analysis books? I plan on studying complex analysis over the break with a friend of mine who doesn't like sailing the seven seas, so something available for free from legal sources would be quite nice.
Huybrechts complex geometry book is my suggestion
oh sorry I misread I ignored the whole message and just read the word complex
Can you get it for free without needing to join the ranks of Jack Rackham, Charles Vane or Edward Teach?
maybe try mit ocw
Ignore what Gabe said
That was a horrendous recommendation for intro complex analysis
Yeah, I looked it up and it doesn't quite look to be what I'm looking for. I'm thinking more like, the sort of intro complex analysis that's just calculus over the complex numbers but mathematically rigorous.
how rigorous do you want tho
I want exercises that are theoretical and proof-based instead of primarily computational.
Like, as rigorous as most advanced undergrad courses tend to be, I suppose?
but contour integrals are the most fun part
my joke recommendation is the complex analysis notes that i typed up a year ago
I mean I'm fine doing some computations, but I don't want a book like a calculus I book where most of the exercises are just computations.
Is MIT OCW a good resource to learn Calculus, as a supplement or main thing?
Thank you.
honestly for OCW things you are better off trying it yourself and deciding if you're able to understand or not (psets shouldn't be the deciding factor tho)
anyone got recs for books on combinatorics and graph theory? entry level so i can prepare for olympiads. thanks in advance :)
Miklos Bona, A Walk Through Combinatorics. Maybe better alternatives exist for olympiads, but I like this as a general introduction.
colud you recommend me a book with lots of (difficult) problems on limits, sequences and series? (undergrad)
Kaczor-Nowak, Problems in Mathematical Analysis, Volume 1
Titu's problems on the real line
any recs on books on UG vector calculus?
If you have some linear algebra and first course in analysis/solid calculus, then Spivak's Calculus on Manifolds; otherwise Vector Calculus, Linear Algebra, and Differential Forms by Hubbard/Hubbard
Concerning spivak's calculus, can I skim the derivatives and Integrals part in favor of infinite Sequences and Infinite Series?
Cause that's how we study it here
Well, not really, infinite series is more closely related to integration
since one of the implications of infinite series suggest the Riemann sum which is the definition of the integral
derivatives are more associated with limits
no problem
What about the polynomials approximates
infinite series is a real analysis topic, tends to be after calculus
Like polynomial interpolation?
Are they related to integrals?
I think they're called Taylor series in English, I'm not sure
We call them "développement limité"
Oh those, yes they are used in approximating integrals
So I can't study them without studying integrals first?
No you need not study them first, only derivatives is necessary to grasp the main idea
and basic knowledge of infinite series
Ah OK, thanks again and have a nice day.
your welcome, u too
thanks a lot!
Any good books to learn prob theory and scholastic processes?
scholastic
scholastic
You might mean stochastic processes.
for probability Im currently using Shiryaev and it's pretty good imo. I like the approach
Ty
Yeah typo u have any boooks?
I remember www.probabilitycourse.com being an interactive textbook online that goes into basics of probability and maybe some stochastic stuff too?
I liked it
Which version?
Sure I’ll check it out
idk
Is it called intro to prob, stat,…
I have the prob 1 version or grad version?
Im using Probability 1
Yes
Gotcha
I’ll check both out thanks guys
If anyone can give me stochastic processes book it’ll be nice as well?
For scholasticism you can start with Feser's Scholastic Metaphysics
Lol
I'm being really confused in number system after watching multiple videos on it..
like interger , whole number, real numbers and their symbol etc
while doing questions of Equivalence relations etc
if you know a good video pls send me link
What you've said so far is very broad. Are you facing difficulty with basic set theory (sets, relations, functions, induction, equivalence relations/classes/partitions, etc.)?
Or is it elementary number theory (congruences, divisibility results, etc.) that bugs you?
@gray gazelle are you trolling or being real?
Please guys I need help this is my first time learning the material don’t be mean
I see a lot of people swearing by Analysis 1 by Tao, but I find it extremely difficult to parse and read. It felt extremely rigorous and clunky. The chapters on Set Theory (Vietnam War flashbacks).
Is there a right and wrong way to reading this book? I personally found the opening chapter on constructing the Natural numbers an absolute pleasure to read. It unfortunately went all downhill from there. (I'm currently using Abbott's Analysis)
its not trolling, its a joke about you typing "scholastic" instead of "stochastic"
you can ignore it.
ITS A TYPOOOOOOOOIO
Is the book legit tho?
I was typing fast is that the only your focused on
No I want probability
Fesers? Yeah standard intro to scholastic philosophy
???
I don’t want a philosophy textbook
Nvm
You don’t get it
Whatever
Lemme see what the stochastic process course in my uni reccomends
Chill and sneed a bit damn
Ok
Bumping my question bc spam
Sheldon Ross - Probability (+ intro to Probability models)
Papoulis - Probability, random variables and stochastic processes
Alright thanks I’ll check it out
Are they good books?
For quant?
Cuz that’s what I’m aiming for
Its the "mandatory" bibliography in the course
For what?
I havent taken the course yet lol
Which edition for the second book?
Quant trading interviews
Ok
None but the course links to the 2nd edition
Alright
So Ig that one does it
Ty
Btw I still think you should take a look at the philosophy book
I would say understanding difference between Integers ,Real numbers,whole numbers etc elementary stuff
where to learn multi variable analysis
Spivak Calculus on Manifolds probably
is there another one, I checked this out before
munkres?
Shifrin, Multivariable Mathematics
differential forms and applications do carmo
Can someone recommend good books for reviewing/wrapping up algebra II?
thanks for the replies
there are some courses on khan academy if you want to see them
what they cover
upvote
okay?
sorry i just saw this in the news and thought it was relevant
i think like
it's kinda funny to think of such a powerstruggle unfolding at a company that makes history textbooks for fourth graders
I'm still waiting
got it w/out paywall?
recommendations for axiom of choice and its implications?
probably unironically wikipedia
i think diestel is the standard
prereq is mathematical thinking (intro proofs and logic)
i also like nesetril 'an invitation to discrete mathematics', which has no prereqs
but also covers standard combinatorics stuff (and some other stuff)
Isn't that a GTM?
yes

but its graph theory
I've seen Bondy-Murty's Graph Theory books (one is Graph Theory With Applications, the other is GTM Graph Theory). Both were slightly intimidating imo.
Maybe Diestel is different.
I see
yes
Can anyone recommend some books for Algebra and geometry for IMO
Herrlich
A textbook written by my favourite supernatural ship
so you'd also recommend it?
Also just to quickly follow up on this?
doesnt like sailing the seven seas 
I haven't read it, I just like Destiel and think the way the show handled it was bullshit.
Supernatural
have not seen
good.
Aye, the only thing she has in common with Anne Bonny is her gender.
Cool thanks for the recommendation.
To cut through all the metaphors, I'm planning on studying with a friend of mine from school and she doesn't like doing piracy, so hopefully this is a legal scan.
better copy
i mean its on google first page
id imagine its legal
Okay cool
I recently learned a proof of Riemann mapping theorem
To find a riemann map (that is a biholomorphic map) from a simply connected proper subdomain of C, to the open unit disk, all you need to do is consider the family of injective holomorphic functions from your domain to the unit disk, that send some fixed point p in the domain to 0, and maximize the absolute value of the derivative at p
You are basically solving an extremal problem
Thank you for the book recommendation
Which NT book would you guys recommend? so far I've been using the one by burton
Ireland and Rosen is good.
hey. I was looking for pugh's analysis solution manual and couldn't find a single file, But, i managed to find them piece by piece. it took me a lot of time. hope it helps someone.
i started using Hardy and Wrights its pretty alright but very old school
Literally just decided to start it yesterday, thanks a bunch man
happy to help😇
https://github.com/aulchen/pugh
also, i found this on github. credit goes to the author
Hey does anyone know if there's a website like isthereanydeal for books? I'm trying to find the best deal on this book I want
bookfinder
not precisely for deals but it searches for books, both new and used, in various sites
@timber mesa Thanks!
Does someone have a good book for advanced number theory?
"basic" hahahahahahaha
could someone please tell me the order in which i would have to complete the Edexcell books for a level maths and further a level maths?
these are the books i have so far?
Probably book 1 then book 2
my plan is to self teach so would like to know what books i need and the order they have to be completed
Usually people learn all the "normal maths" books simultaneously and then move onto further maths i guess
And then year 2 ones
(We had lessons on mechanics, pure and stats going on at the same time)
why are A Level books called Pure Mathematics lmao
weird
Why weird
you guys have stats as a different subject?
Well it's within the same a level
If it were in the same book it'd be in different chapter(s) to other stuff so there's nothing uniqueabout this
when I think of pure mathematics things like Analysis and Topology comes to mind
not precalc lmao
Ye
some recommendations of books about linear algebra for statistics ?
ah, yes.
cohomological class field theory for example.
do you know such a number theory book?
i believe neukirch is the usual standard recommendation, although ill admit to not being particularly familiar with the resources in this field personally
theres also the famous primes of the form x² + ny²
which i believe is considered very approachable
Thoughts kn Matej Bresar: undergraduate algebra?
A Gentle Introduction to Local Class Field Theory by Pierre Guillot
It has Galois Cohomology / Group Cohomology stuff
what are some books for someone who wants to study AG but only has experience in algebra and topology?
also I'd like to ask the question, if someone wanted to continue to study AT after hatcher, specifically focusing on homotopy theory, what do you suggest they study?
Can anyone help me with finding study material?
I am looking for books that start from assuming you know how to find normal derivatives and single integrations. And it teaches you stuff like radius of curvature, partial derivatives and successive differentiation and so on?
Thomas Calculus
Thanks a lot
Thank you!
⭐
You can look at the book written by David Harari
This graduate textbook in advanced number theory covers class field theory, local fields, Lubin-Tate formal group laws, global fields, Poitou-Tate duality. The approach is via group cohomology. Analytic methods such as Dirichlet L-functions and the Cebotarev density theorem are included.
Oh yeah, looks also great. Thank you very much!

Can anyone suggest a book for graph theory, introductory level, with stuff like bellman ford, prom and kruskal's algorithm?(Dijkstra algorithm was taught to us along with bellman ford, so i don't know if it's a separate topic)
Algorithms by Cormen etc
Does it also cover stuff like vertex cover and graph colouring?
And thanks for recommending, I will check it out
Yes probably, maybe not everything you said
But it's a big reference in computer science, it's a huge book
Ooh this is an undergraduate text.

@wise umbra thanks a lot
More of a graduate one I'd say x)
Oh i thought UTX stands for Undergraduate Texts
Use old A-level textbooks. These new textbooks are really bad. Assuming you are aiming for top uni
Universitext is a series of textbooks that presents material from a wide variety of mathematical disciplines at master’s level and beyond. The books, often well class-tested by their author, may have an informal, personal even experimental approach to their subject matter. Some of the most successful and established books in the series have evolved through several editions, always following the evolution of teaching curricula, into very polished texts.
Hi, has anybody heard of Demidovichs Problems in real analysis?
what book do you recommend to study after calculus?
Linear algebra?
I think that follows calculus most of the time
Although that's only what I've observed, I haven't done any yet.
I think there's a few you can go into after Calc: Multivariable is good stuff, linear algebra, differential equations, discrete math (recursion equations)
Hey moonbears, doesn't multivar require linear algebra?
<@&268886789983436800>
bampersand
beans
You guys know a book that explains frobenius method? Advance thanks!!
nop
i did lin alg after calc 3
perfectly fine
Any recommendations?
rigorous multivariable calculus does
@brittle marsh hmm, so some follow up directions I'm aware of
Characteristic Classes by Milnor and Stasheff
(Bott-Tu is good for a more differential topology angle on the stuff)
Also Hatcher has stuff on spectral sequences, and vector bunches/k theory
I think there's Davis and Kirk as well for a general "AT 1.5-2"
For homotopy theory in particular
Try Goerss and Jardine
Thanks a lot for all the suggestions!
Which book is good for this?
ruuuuuuudin
folland's advanced calculus or spivak's calculus on manifolds
there's also munkres' book if you want a wordy alternative to spivak
i dunno any other books off the top of my head
👍
Recs for a book with good exercises for a first course in linalg? By good I mean constructive and not computational exercises that aren't too easy either. Also preferably needs to cover VS and LT before matrices
Linear Algebra Done Right by Sheldon Axler, that's the standard fitting exactly what you're looking for, as far as I'm aware
Friedberg
I've looked into axler, the exercises in the first few chapters (which is where my students are atm) are mostly computational or not very insightful. Had a few good ones
Oh, I used the chapters on VS and beyond for it, maybe I did miss some of the earlier ones
Wait it starts off with VS, how'd I miss the computational ones
nono I mean
the chapters on VS and linear independence basis
just didn't have many good exercises from what I saw
Ahhhh I see
most were like 'verify such and such is a basis'
Yeah, I get what you mean, I remember now
Maybe Linear Algebra and Its Applications by peter lax fit ur requirements
i'll look into these recs, thanks guys
friendberg
Adding to what TTera said there also hubbard, and shirifin book.
There also Hoffman and kunze LA book and linear algebra done wrong.
axler makes me cry tears
Lmfao old but gold
it gets better
any recommendations books for economic calculus?
Stochastic differential equations by oksendal
I would like to get into information theory and looking for books on the subject. Any recommendations?
Theoretical CS/languages/computability theory, anything of the sort
#old-network ask the CS server you'll have a better chance of finding a good book
Introduction to the theory of computation is a great book on formal languages, computability theory and complexity theory
Quick question: I'm a student self studying a textbook for school project and the school requires me to somehow display my work. I've coded a very basic blog where I will post my solutions. Am I allowed to post the textbook questions on the blog too, or is that a copyright violation?
it seems to be fair use, I think. I'm not a laywer btw.
even if its illegal, i'd be shocked if they care
THIS IS NOT LEGAL ADVICE
(and if they do, theyd probably just send a c&d and youd just take it down)
that said, it might be good to rewrite the questions a bit
to use equivalent wording but perhaps more succinct
if the questions are "sufficiently creative" they should be protected by copyright
but yeah, they probably will not care
thanks everyone, in case this helps the book is Introduction to Modern Cryptography by Katz and Lindell, the book seems to have many questions already posted online but idk if those are illegal and I don't want to get in trouble for copyright stuff
A mathematician's apology (idk, I saw it in #math-discussion )

what
is that meant to be funny
whats the joke \
i have never played lol nor do i want to
its just a weirdly clunky insult to use
Wait, then who's the lol player I remember someone in staff was a lol player
Information Theory, Inference and Learning Algorithms (from https://www.3blue1brown.com/blog/book-recommendations)
Hey,
I want to get into applications of calculus into machine learning.
Any suggestions for beginners guide ?
Not really a book but Coursera has some great introductory courses for that
Only calc 1 background assumed iirc
IIRC meaning ?
if i recall correctly
ohh
thanks for the elaboration
I mean like a dummies guide, is there something like that to get introduced from mathematics point of view ?
I have done the Andrew Ng's courses for Deep Learning and Machine Learning.
But I feel that some grip of optimization is still missing in me, and I need to revisit the basics and get things rightly done.
For instance, if someone asks me to develop an android app, I know and can visualise it for the opposite person.
I need to visualize it for an opposite person, that this is how it works and this is how the math works.
So i am looking for books or courses, that introduces me as a dummy for math for ML.
Ah Yeah that’s fair. In terms of content you’ll probably just need linear algebra and multivariable calculus (which there are a ton of great recommendations for in this channel). But for a specific applied book I do not know, someone else could probably answer better, or you could check the computer science discord
any recommendations for elementary number theory, my professor mentions burton’s
The main application is gradient descent, check out khan academy's videos on the gradient. then watch 3blue1brown's videos on neural networks
that's pretty much the "only" application of calculus in ML. The rest is indirect from probability which uses calc. Integrals are basically never used
Is there any good textbook for introductory number theory?
Serre ?
did you just ping two random people with asian usernames
There are my friends whom I invited......
hi My name is Luka
nice
Use a Korean textbook
pretty interesting book
lt is your homework?
I am just curious
does anyone know if aops intro series and intermediate series books and volume 1 is good for amc10 prep
I do.
I have intro algebra, inter algebra, vol 1 and 2.
Any good exercice about convexity inequalities ?
Thank you !
Any good readings for Wavelet Analysis for someone with 2 years of calculus? Well, 4 years, but I only remember 2.
http://www-math.mit.edu/~gs/papers/amsci.pdf is a good intro
Book suggestions for SAT Math Reading and Writing?
iirc khan academy for math has a section for SAT.
do you know if its any good
Can’t say but since it khan academy it probably good. Also love your Gojo picture.
Kk and thanks
Princeton review and also this book if you plan to take the act as well (there’s a lot of overlap)
https://www.amazon.com/ACT-36-Just-7-Steps/dp/0071814418/ref=asc_df_0071814418/?tag=hyprod-20&linkCode=df0&hvadid=312106851030&hvpos=&hvnetw=g&hvrand=18314708556399941441&hvpone=&hvptwo=&hvqmt=&hvdev=m&hvdvcmdl=&hvlocint=&hvlocphy=9029978&hvtargid=pla-569012952413&psc=1
Think about it not only as learning the material but also as learning the mindset
I am at a high-school level of math (reviewing that is), and I would like to start studying the beginning level of Proofs. Any recommendations for books or online stuff? Is it wise to just stick with pencil and paper in beginning, or use some kind of software right away?
This is because I am learning programming, and an 'introduction to algorithms' book says "You should have some facility with mathematical proofs, and especially proofs by mathematical induction."
'advanced mathematics' ?
It a intro proof that is concise. It not like 400 pages like other intro proof have.
It the only I liked besides #book-recommendations message
so it's really intro level, but just written in a highly concentrated and concise style?
Yeah
ok then thanks! I looked at first few paragraphs, seems intro stuff all right
even shorter: #proofs-and-logic message
tbf the aluffi notes do a lot of stuff that you probably dont need
(you can probably stop after induction)
Loch -- is there a difference between your 2020 and 2021 versions? edited/shortened that sort of thing?
iirc errors were fixed in 2021. Here the message link #proofs-and-logic message
got it thanks
My guess is that these documents are not intended to make one an expert in doing proofs, but just to begin by giving a solid understanding of what proofs are and what they look like?
Read a math book for that like linear algebra.
right
Just out of curiosity, when people are doing full courses in proofs nowadays, what software might they be using?
do they program their proofs in programming languages?
or when mathematicians are producing proofs
actually i should have just googled that question, pardon me
Discord, stackexchange, and google.
Tho I heard something similar to what your saying a while back.
someone in the Python discord said that python was very unsuitable for proofs
What does that even mean? I write c++ code and I don’t even know what that means.
he went into a bit of detail but I'm afraid I didn't undersand
anyway i shouldn't be worrying about such things at this stage
virtually nobody "programs" proofs
there are proof assistants but the use is still niche
and unfeasible for lots of mathematics
what is a good book for a proof based multivariable calculus course
the syllabus outline i think is pretty standard, but still can't find a good book: "Functions of several variables. Continuity. Partial derivatives and differentiability. Jacobian matrix and determinant. Differential of a composed mapping. Implicit function theorem and inverse function theorem. Higher order partial derivatives. Taylor's formula. Free and constrained extrema.
Parametric integrals, continuity and differentiability. Fubini's theorem. Classical Fourier series. Fourier transform. Elementary properties. Inverse formula. Plancherel theorem.
Multiple Riemann integral. Properties. Sets with zero volume and measure. Theorem on the existence of integrals. Transformation into a multiple integral. Improper integrals. The use of integrals in geometry and physics."
Everything you described there is in folland advanced calculus.
thank you. is it a hard read or does it have good explanations? is there any other book with this material you know so i could compare?
Does anyone have any recommendations on Linear Algebra books which are question heavy with solutions provided? I'm trying to tackle a problem, but none of the books I've looked at have similar examples. I've tried Linear Algebra and Its Applications & Elementary Linear Algebra
I haven’t read it, I went through the pdf of it after someone was talking about it here. I think that person was TTera, you ask her/him/etc.
The table of content has everything you described that why I mentioned it.
Here a free pdf online of it for you to form you own opinion. http://site.iugaza.edu.ps/mashker/files/Gerald_B._Folland-Advanced_Calculus-Pearson_2001_1.pdf
ok thank you a lot @fervent lava
schaum's outline of linear algebra
its more rigourous than lin alg and its applications
and has alot of worked examples/proofs
Dont tell me you fell for some kind of ML meme
could someone suggest me a problem book on polynomials in one variable? first year undergrad
Polynomials in one variable. Quadratic function. Theorem on null-polynomial. Divisibility of polynomials. Horner method. The greatest common divisor of polynomials. Roots of polynomials and algebraic equations (especially cubic and quartic algebraic equations). Trigonometric form of complex number. Fundamental theorem of algebra. Interpolation polynomial. Integer and rational roots of algebraic equations. Complex roots of algebraic equations. Reduciblity and irreducibility of polynomials over the fields C and R. Viete formulas. Fractional rational functions. Polynomials in several variables. Polynomials in two and three variables. Ring of polynomials in two variables. Symmetric polynomials. Fundamental theorem on symmetric polynomials. Symmetric equations.
*************I need a problem book on these topics, if there is any. Thanks!
from quadratic functions to rings and fields huh
Polynomials by Edward Barbeau does a lot of stuff from what I remember
Wow what the literal fxck.
Exactly.
Oh boy. Oh ho ho ho ho ho boy.
Vedic mathematics is weird, because there is no mention of it in Vedas (our religious texts).
I learnt 2/3 of it.
Like there are 3 courses in it, I did 2.
Forgot most of it.
Boring.
Just use a calculator lol.
some dude wrote it a 100 years ago , he claims to have derived the formulas from the vedas
I know, apparently, it's only found in his copy of the Vedas.
you have read the vedas ?
what topics does it cover?
It's like, real analysis
it won't cover measure theory, but it does multivariable analysis, differentiation, integration, series crap, and then some fourier analysis
the only thing it's kinda weak in is like R^n -> R^m stuff
I used it my freshman year
so no lebegusususes integrals?
imma check it out
seems kinda cool
i see

thank you, @marble grotto
Is anyone familiar with Functions of Several Real Variables (by Moskowitz and Paliogiannis) and how does it compare to Advanced Calculus (by Folland) ?
The best book of that order is Calculus on Manifolds by Spivak
I recommand checking out Homo Deus: A Brief History of Tomorrow. It's really good and interesting.
Though not particularly helpful for real variables 😝
Like
How basic
I think Pugh is one of the easier analysis books
If you just want to see calculus but with proofs there’s Spivak
Like end of secondary school basic with knowing what an integral and derivative is and power rule and that's about it
Oh
That’s not really in the realm we call it analysis
This is just calculus
So like
Some ppl would torch me for this but
I think the best book is just whatever intro calculus book you can get your hands on
If you have options, just see which one you like the writing the best
Some ppl are gonna say DO SPIVAK so it’s all super #rigorous
But IMO you just want to be good at computation and see the calculus concepts, then you can do it rigorously on a second pass in an analysis class
Yeah makes sense I'll just find some intro book and pray I can understand it lol
As long as
You are comfy with algebra and symbolic manipulation
And then know some trigonometry you should be fine
I personally view calculus mainly as algebra new game plus
You just add a couple new operations, and the rest is mainly just doing a bunch of algebra
Yeah I do pretty well
Okay I can see why I was told to say analysis
Anyway
Like honestly
Ppl shit on it but Stewart isn’t bad
Lol
It’s just expensive, find a cheaper alternative
Pretty much every intro book covers the same stuff
I've found an interesting one
Make sure it does differentiation, integrals, and infinite series
If it does multi variable calculus, even better
Lmfao
Yes or no
Good point
Niche topic but any good book on the math and physics of bridges, stress on objects or such? I did a really cool question about the stress on a beam modeled with a DE and I'd like to read further into it.
requires precalc
trust me
you can do normal calc just fine
if you know some basic algebra
like 10th grade algebra is fine
^
Though I might be able to skip precalc if I can demonstrate knowledge
Looks real scary lol
Stewart's precalculus
Is it not too hard to learn?
nah
as i said
i learnt normal calculus with only some algebra
looks trivial tbh
please learn some trig before learning calculus
nah not rlly needed
good luck understanding the derivation of the sin and cos derivatives
so you’re saying that you literally need no trig to learn calculus
only like radians maybe, and sin cos
but most of the time there are appendices at the back of a calc book
i literally learned it like this
that’s still learning trig before calculus but ok
so ur saying radians is trig
yea exactly
They are one hundred billion percent trig
adding to this, you said you didn't need it but you looked in the back of the book
So essentially you just learned the basics of trig to get by when you came across you needed it?
i never learned these in a trig class
i didnt look in the back of the book, im just saying you can
Sure but in some way that is still learning about it?
only thing was, i kinda knew what a radian was, not rlly tho
ye but you dont need a whole course on it before lol
Can anyone recommend some textbooks for self studying order theory and lattice theory?
The one I’ve been planning to use is Introduction to Lattices and Orders by Davey and Priestly. I haven’t worked through it yet so I can’t attest to its quality, though at a glance it looks nice
is "mathematical analysis" by Tom Apostol a good book?
It's not Rudin so no
i would say so 
tho im still reading through it

how far have you gotten into it?
i am at the 3rd chapter currently
been there for sometime 
(coz of exams, not coz i am actually stuck there lol)
how many chapters are there and when did you start?
There are 16
i started in Early november
but didnt do much coz of other exams and stuff 
yeah exams are stupid, I could learn so much more stuff if it wasn't for skool
This is apostol?
yup
Huh
hey boss, i just delivered 10 tons of our drugs
I am very tired, because I'm not a chmonkey
Take the weekend off
how do I become a chmonkey?
thanks :D
the chmonkey chooses you?
damn
how do I increase my chances of that happening?
should I return to monke?

Take out the Chmonkey 😼
I think it’s best to find something you want to become for yourself tho
:O
If it isn’t Chmonkey, it isn’t Chmonkey
I wanna become happy 
mathematics makes me happy :D
I thought dealing drugs in some mafias was considered bad
Are we not a drug free gang?
is there any enthic or geolocation that relates to this gang?
planet earth
Narrated by Barry Humphries, this dramatised documentary tells the true story of a brazen band of Aussie thieves who moved to London in the 60s and ran riot, pulling off the most daring heists that Scotland Yard had ever seen.
we're soon exapanding to mars
Lol
What are some of the advantages and disadvantages of Apostol’s Calculus?
Advantage: You're not using Stewart.
Disadvantage: You're not using Spivak.
im not sure spivaks approach is objectively better
integrals first is weird but i see the argument for it
and spivak has a proclivity for going on weird tangents

hello there, does anyone have any good on discrete calculus and finite differences?
good book*
I think the main point in spivak's favor is the lighter exercises
Or at least the vastness of the exercises
It used to be books were torn between teaching differentiation first, and integration first
Does 3B1B's Essence of Calculus cover most Calculus theory and material except problems and exercises?
his videos are like 20 minutes long and there’s only like 15 of them
so definitely not
i definitely wouldn't say it's enough. like they're good for conceptual help not for learning calc on their own
calculus takes at least a few months to learn
it took me 2 years technically lol
it took me like 5 months when i was really into it
i had an on off relationship with calc
i tried to learn it when i was 15 or 16, but really tried at 17
I see.
yeah same
But it has all the intuition for Calculus?
ehhh, idk about all
but it has a lot
the way he explains the chain and product rule is soo good
Is the derivative of s(t) = t^3 =
3(t)^2?
@halcyon hornet if you want a book that talks about intuition in calculus I have a recommendation
Sure!!!!
@halcyon hornet you wrote a minus sign instead of an equal sign but yes
also unnecessary parentheses
Yeah yeah.
same it took me a few months
i probably could have gotten it done in 3 honestly
Infinitesimal Calculus by James M. Henle, Eugene M. Kleinberg
Sure let me check it out.
no
oh wait sorry this is the book recommentations channel, I thought it was disscussions or chill
Guys.
and I always recommend this book because I used it
Keisler Infinitesimal Calculus
Do we derive the derivative of every, I quote every, graph, by the derivative formula?
no
What no?
after a certain point you no longer use the limit definition
i might not have understood your question
See.
To find the derivative of every graph, do we use only the derivative formula?
derivative isn't a property of a graph it's a property of a function
the derivative is defined using the derivative formula
so yeah you have to use that
+multivariable??
I think that's a bit too fast to really put calculus 3 into long term memory
Unless you're brain is just on another level
i probably just mildly speedran it
yeah i definitely didn’t memorize a lot of it
It's fine to practice picking things up quickly, getting it done, then moving on
But if it's something you plan on using a lot, it's worth putting into long term memory
best way to practice calc is to learn physics
I think the best way to get good at calc 3 is to do differential geometry & PDEs

Which, depending upon your point of view, is the same thing as learning physics
is anyone familiar with discrete calculus?
What is a good book to learn differential geometry
manifolds, or curve and surface geometry?
for curve and surface geometry, do carmo's "differential geometry of curves and surfaces" is the popular option. i don't know many books that do this stuff
for manifold theory, there's lee's "introduction to smooth manifolds" and tu's "an introduction to manifolds." both books cover abstract manifold theory, not quite differential geometry but they prepare you to do so
for differential topology, g&p
for differential geometry on manifolds (riemannian geometry), lee's "introduction to riemannian manifolds" or do carmo's "riemannian geometry" are both good books
there's also tu's differential geometry book
people i trust have said good things about petersen's riemannian geometry book as well
I am looking at Tu manifolds now for an intro/overview
I found Lee good but too chatty at times
tu covers the same core manifolds content that lee's book does
it's definitely less chatty than lee
What would be good after Tu
any of the riemannian geometry books i guess
that's what people usually do after smooth manifold theory
Not necessarily diff geo

Any recommendation
after differential geometry, take a nice vacation at a beach with someone you love
the large scale structure of spacetime by steven hawking 
Just do all 5 volumes of a comprehensive introduction to differential geometry
J.Jost's book to conquer the world
Would Dieudonne 9 volumes on analysis pair well with these
jesus.. 9 volumes??
Don’t do Dieudonne…
Lmfao
Oh this is in response to a meme answe
You should do the full like 20 volumes instead then
Opinions on Metric Spaces by Searcoid? Like, why choosing this over a General Topology book, what is the advantage of studying this book, and whether this an appropriate choice for sutdying some function analysis afterwards
Hi,
I was wondering if Pugh's Real Mathematical Analysis is a suitable substitute for Spivak's Calculus on Manifolds?
Thanks
no
pugh is an intro-to-analysis text (ie mainly works in ℝ or ℝ^n), spivak's CoM is an analysis-on-manifolds text
its like the difference between odes and pdes
kinda
not in terms of content but in the sense that one necessarily comes after the other, and despite one technically being a subset, they have different feels
I think Pugh's later chapters do a good job of covering some of the same things that Spivak's Calculus on Manifold does
Especially things like Fubini's theorem
yeah but not fully
Yeah, I ta'd a class on it 3 times
and two of the times I recommended students to read parts of pugh
Students found it helpful
fair
Could you suggest any good replacements for CoM?
noted.
Thanks :DDD

A few have tried like Munkres Analysis on Manifolds
Or Ted Shifrin's Multivariable Mathematics & Linear Algebra
i hate this one
this one good
Damn we got some passion here I like it
lmao that's like 2500 pages
that'll take at least 3 years
Really? I quite liked it tbh
i literally threw it out the window of my car (while driving through a recycling plant, of course) i hated it so much
can anyone reccomend a text on intro to number theory such as reciprocity, forms, elliptic curves
i need to learn more nt
sierpinski has a book full of problems too if ur into that
I find Zorich's book pretty nice, though I think contents are a bit different from COM
pugh vs rudin on real analysis?
pugh is a good deal more pedagogically approachable
and doesnt really lose out on depth unless you NEED to learn about metric spaces ASAP
but i dont think it hurts to have rudin on the side
I thought Pugh covered metric spaces pretty early, it doesn't?

chapter 1 (of rudin) is sets and supremums and shit, chapter 2 is metric space topology
Ohhh I see
Thats very quick 
Apostol takes a chapter more, first chapter is Real numbers, their properties, inequalities, complex numbers and a lot of stuff about them
second chapter is sets and sups, 3rd is topology 
Industrial Society and its Future
u'd recc apostol?
is it any good? as compared to pugh, for example
.
i wouldnt call elliptic curves intro number theory, but silverman has two excellent books on it
rational points on elliptic curves is the easy one, the arithmetic of elliptic curves is more advanced
more generally i like "a classical introduction to modern number theory"
@stray veldt what are the prereqs of the books you mentioned
Prereq to Ireland Rosen
some abstract algebra
knowing what a ring and a group is basically
then later a bit more (some galois theory)
i think it technically introduces everything but its not enough if you have never seen it before
From what I’ve read I’ve got the impression that Pugh is a good alternative to Rudin as an intro to real analysis. Am I right?
this might be enough honestly, the prerequisite ring theory is just definitions
you could google search unique factorization domain or whatever
and get the gist
maybe spending like, a couple days doing exercises involving ideals of a ring would help
I know like up to/including sylow
aight, thanks for the advice

for a while you just need a decent grasp on elementary algebra
being okay with a group in the abstract is good, cause you are introduced to a pretty interesting group structure
to get into the actual theory beyond that you end up needing more algebra, and also algebraic geometry, but it's a huge topic with lots of levels
you could spend a long time just studying computational/crypto results with just some piecemeal understanding of stuff
yeah i mean you dont gotta know a lot of all that to do a bunch of stuff with ECs
to get anywhere near all the big spooky stuff you do tho
what are ECs?
elliptic curves, or are we just talking number theory?
oh yeah
i just want to get a good understanding of all the elementary nt stuff, reciprocity and very elementary ECs basically
that's doable
yeah eventually elliptic curves stuff really goes off the deep end
but at a basic level its just group theory
lol yeah it made me realize i like CS-y math more cause i didnt wanna do all the geometry
- a bit of geometry that can easily be explained on the fly
but to just get it isnt so bad
yeah thats what i mean byy
you want a bit of geometry
but that can be explained on the fly
if you have absolutely 0 pictures you will drown yourself expressing obvious facts
it's actually a cool way to get a feeling for projective stuff
You should take it for granted IMO. If you eventually go super hard on elliptic curves you can like show the multiplication is induced by something else to get associativity for free
i dont like that
Show it drawing a picture
i think you should at least convince yourself
0-line proof
to get intuition for how they work
writing up an algebraic proof, maybe not
but draw a picture
lines and aweful geometric construction everywhere
Is it somehting you can visualize?
yeay
You could draw a few examples
But like, I struggle to see that you can prove it for all of them
Yeah
I feel like you should define the group law geometrically, say it's some binary operatoin
You can…
And use Riemann Roch for associativity
You draw a line and then reflect
Yeah I know that Chmonkey
Introduce the right morphism and prove that it preserve the group structure
this will give you the group structure
I'm saying the correct thing to do is to define the group law geometrically but only call it a binary operation
What a hurb
Then prove that it's associative by relating to Riemann Roch
jeez i thought i was algebraistbrained
is this really so scary
its way less scary than riemann roch
(screenshots are from milne)
(https://www.jmilne.org/math/Books/ectext6.pdf p27 of the text, 35 of the pdf)
so how is axler's linear algebra done right for an undergrad student ?
I've now been informed that it's correct
but you should do linear algebra incorrectly
Linear Algebra Done Wrong by Sergei Treil
i want a book that starts from with vector spaces
both books mentioned and most UG linear algebra books will start from vector spaces
I will push back against Axler as I often do
Sergei Treil fan over here?
Because he makes you think about stuff in the vein of char/min poly and determinants like a moron
I graded for LA recently and it used Friedberg-Insel-Spence which seemed good
Treil I've heard good things about
axler uses some weird notation that i can't find in other books like the term "list", doesnt define fields well and defines vector space functions like this
https://math.stackexchange.com/questions/1694865/help-understanding-a-paragraph-from-linear-algebra-done-right this is the answer i got up when i googled it
what's the problem with the defn of vs fonctions ?
well i couldn't understand it until it was explained in the last link that i sent
@whole rain
@marble solar sergei treil's book seems good
I might be wrong but the book used by Gilbert strang in the course that he teaches in the MIT course is not Linear Algebra and its Applications but is Introduction to Linear Algebra
so in the books channel it should be changed to avoid confusion
Industrial Society and its Future
Linear Algebra by Singh and Nair
Recommended resource for learning trigonometry really well?
I learned the very basics of using trigonometry in school of course (sin, cos, tan,...) but didn't gain an intuitive sense as to why things are so.
math department moving = free books lets gooooo
Khan academy.
Thank you.
Treil gang
if I ever meet him, I'll get him to sign my copy
is linear algebra done wrong a good book for learning linear algebra
i’ve only read a few pages but honestly so far it seems perfect
Here's his homepage
"Hi, I am Sergei Treil.
When I am not kayaking or scuba diving, I pretend to be a professor at Math Department of Brown University. "
from these 2 lines, you can already tell this man is fucking awesome
yeah i already love this guy lol
Is treil a good book for a first look into lin alg?
I wouldn't say so
What is a good book for a first look into linear algebra then?
linear algebra done wrong apparently
for example?
Anton
Maybe Gilbert strang book.
its nice because of all the OCW content it has, vid lectures and stuff, but i find the writing style is kind of different
you should probably delete that lmao
What's a good Algebraic Topology book besides Hatcher
tom dieck
Do you guys know any good sources for the history of linear algebra?
I know that the determinant was first discovered 2 centuries before matrices were developed as well as that Gaussian elimination was basically developed in Ancient China, and it would be really interesting to see how the contributions of these great mathematicians lead to what we have today
If not then any books that discuss the history of any field of maths in a technical level
Opinions on Metric Spaces by Searcoid? Like, why choosing this over a General Topology book, what is the advantage of studying this book, and whether this an appropriate choice for sutdying some function analysis afterwards
Opinions on Introduction to Mathematical Cryptography (by Hoffstein, Pipher, and Silverman) or Introduction to Modern Cryptography (by Katz, and Lindell)?
whos an author i should investigate
I want that 



