#book-recommendations
1 messages · Page 40 of 1
Alright. I should say some ideas like inner products necessarily restrict attention
But yeah now I see what you're looking for
even when books restrict the scope of the fields they're working with, they still prove theorems that hold for general fields
Then what's the difference
Sure but it can be a subtle point of what works in general and what doesn't. Sometimes it's general field, sometimes characteristic not equal to 2, sometimes it's characteristic 0, sometimes it's an algebraically closed field, sometimes it's R/C, sometimes just R or just C, etc
Sorry I may be annoying but I am asking these questions to know the difference and after that know which book to read
I wasn't responding to you with that but to Sour Drop
But yeah basically, some of the theorems that stick to R and C will generalize (either to general fields or some specific class of them), other's don't. For someone who only cares about R and C that's fine, others might not like it
I am talking in general because I am probably wasting your time
Ah no worries
Ok so can you recommend me one or more book(s) which stick to R and C and generalize some to all or specific class of fields and one or more book(s) that goes for general
I want to see a sample of each then I can choose
That's my last request and I am sorry again if i am wasting your time
Also if you have something rn then go and dw abt me
You worry too much you're not wasting time
all of the books i recommended mainly concern themselves with R and C or just R
meckes does start with arbitrary fields but encourages you to think of F (the arbitrary field) as just R or C
Oh just like Sheldon and friedberg
Ok I will
friedberg is arbitrary fields i'm sure
Linear Algebra Done Wrong is a book that focuses on R/C
Friedberg doesn't do characteristic other than 0 though does it?
yeah sure
I tried friedberg but then avoided it
What did you dislike about it?
i think I know all the vector stuff know, if would be good to extend my knowledge tho
Doesn't he start off fully general?
It used to give many definitions in exercises which I found some in axler's stated in the section such as direct sum if I remember correctly
because he's the goat
Just that once you're on inner product spaces and shit everything zooms in on R/C
Thing is Halmos is less comprehensive I feel than something like Shilov or Hoffman-Kunze
Maybe try Shilov tbh
For the abstract take, people seem to like it
I'll try it and compare it to what I saw in axler's and friedberg's tysm for leading me
also cramer ig
well mot miss just doesn't do it in a based way
hmmm
what does it miss would you say
Is shilov's book the one from 1971 which has a pic containing cones and planes inteesecting them
yes
Ok tysm for your time and have a nice day/night depedning on your time rn
Shilov is very good
Highly recommend
I read linear algebra done wrong before
pales in comparison
bc i didnt know of shilov at that time, not because i read it as a prerequisite
Ohh ok then shilov's is better because you tried both and are recommending shilov's
Is shilov's book the one from 1971 which has a pic containing cones and planes intersecting them
Yup
btw i thought you didn't like shilov
The whole shtick about doing determinants right away feels like a bit of a meme
But I'm not gonna say outright that it's bad, it could work
And people seem to like it
how does he justify delaying determinants for that long I know he wrote some article somewhere about it but never got to finding and reading it
the article's title is "Down with Determinants!"
the determinant cartel is about to send people after him
Maybe I'm just dumb (a very real possibility) but I get that axler thinks determinants and the characteristic polynomial give little insight and is overly complicated. But his approach I find to be much more complicated
So the thing is
Some linear algebra classes don't really give proper motivation for determinants
They say oh a determinant is, take a matrix, beep boop beep here's a number
Oh guess what invertibility = 0 determinant, so let's think of eigenstuff in terms of char poly
yeah
Problem is, eigenstuff is geometric by nature. An eigenvector spans an invariant line under a linear operator
So now your conceptual understanding of invariant lines has now factored entirely through number crunching
We did some geometric motivation and then he basically just went afterwards "you got the intuition I assume every knows how to compute them"
I mean the intuition for dets is really easy
The real strat is... don't think about determinants just as number crunching. You should think about determinants via exterior algebra, signed area
say its area of paralliloped
exactly
and then the properties we want just follow from being multilinear and alternating
(i'd hesitate to use words like exterior algebras when explaining it to some 2nd year for instance)
they gon learn
Like you look at 3d and draw the paralleliped when one vector is a combination of the other 2
This was a remedial/introductory course for 1st year master students
I mean I'm paraphrasing here somewhat. I'd need to think more about whether we should actually just go for it with the exterior products or not
and oh hey look, a degenerate cube
volume = 0
oh wow this area captures ideas of linear independence perfectly!
Usually people from other disciplines like physics or cs or coming from very weak schools
I am more fine introducing exterior algebras then i think?
Yes but idk I've always felt on some level that ability to handle abstraction in math isn't a raw brainpower thing
Like, if you're smarter you can pick these concepts up more quickly/"fill in the rest of the sentence"
So some stuff can remain unsaid and all
But you can make the abstract stuff make sense, it might just take more time
I think exterior products are more motivated once you did this thing with the determninant tbh
but also in a first year LA course this is the end of their usefulness
which is why I actually am not a fan of introducing them in first year
Possibly. I think multilinearity kinda comes up twice, in bilinear forms and in determinants
multilinearity is useful enough ig
Hence why I'm entertaining the possibility of just giving full treatment of it anyway and making "the payout" of it be determinants + bilinear forms
hmm imo both of these are kind of like, trivial cases so they should be motivation
rather than payout
sure but I dont like the thing of just saying "in a year or so these will be useful in diff geo!"
Like my school treated tensor not in LA but in diff geo, and I am fine with that
although maybe in LA some of it should be treated
I'm sorta fine with it, at undergrad level I think students should be willing to just say alright I'll trust that this is important to learn so I'll learn it. And it's easier here when it's just linear rather than in differential forms where you now have to juggle around smooth functions
Also minors now make a bit more sense
Since they're terms that come up when you take smaller exterior powers
eh i mean this is kind of bad because diff geo is something that will be much later after LA
so by the time they get there, they will not have used it and forgotten it for example
I think "it is useful later" should be a last resort
Full blown diffgeo yes, but differential forms... it was less than a year for me 😛
ok u went to uchicago that is an exception
I mean it's not just UChicago it's because they came up for me in Guillemin-Pollack
In most places, LA is a 2nd year course, and you dont see tensors being useful until in 4th year UG courses or grad school
although in kenshin's context I am fine with teaching tensors in the LA class because its a remedial grad course
also really I am only ok with this when said "later" is in the same course
i think i saw tensors for the first time quite a bit earlier than when i actually learned what they were
Or even Spivak Calc on Manifolds lol, just my analysis class skimped a bit on differential forms
because i really did not understand them when they were thrown on a pset for the first time
I'd say a first year LA class should cover atleast inner products, so a natural time to talk about bilinear forms does arise there
and maybe one can mention A \otimes B there
but a first year LA class is already overtaxed with having to teach a lot while at the same time dealing with people who are for the first time seeing "real math", so idk if I'd want a full treatment of tensors
the treatment of tensors/the exterior algebra in spivak calc on manifolds is a crime against nature
So I've heard
What is a good introductory book to combinatorics?
do you know calculus
Mathematics of Choice: Or, How to Count Without Counting by niven and Introduction to Graph Theory by trudeau
ty
So far I've only seen Vinberg motivates determinant as signed area. He shows all properties using the signed area geometrically.
Is rudin's book on measure theory and complex analysis well written
is it more in line with 1-8 of PMA in terms of writing quality or some of the later parts which don't feel as well written
why the predisent of cnada wrinitg maths book???
prob finiding a new job before he's sent out of office 
is there a best book for differential equations?
idk, but Zill is the best I’ve found
this is uncanny
I was gonna post about ode book recs since I will be taking it this semester
if anyone has some book/lecture notes recs, let me know
Depends on what kind you want
Can anyone recommend the best book for real analysis or theory of real functions (besides bartle)? HELPES ME, COLLEGE LEVEL MATH MIGHT BE DA DEATH OF ME
a good balance of theory and computations
I did some looking up
is viorel barbu's text a good one?
abbott is very slow and gentle
terrence tao's is also very slow
you might be interested in them
they are both very good expositors
@fallow cypress then rudin is fast?
hii can you guys please refer me books on probability?
like the beginner ones
because i dont know anything abt it
I'd say it's pretty terse yeah
Makes you figure out a lot of it on your own
Which isn't really bad
aops' introductory book on counting and probability is good
thank you its so costly in my region TT
but ill try to find its pdf instead
Imo this makes Rudin about the same speed as something like abbot since you're spending more time figuring things out. Not a bad thing though
Yeah I liked Rudin
i would say a book with a lot of problems and a lot of techniques in solving them, as well as solutions and a book that’s not too swarmed in text
I guess you want zill then since most higher level text probably won't have solutions
lemme search it up
its rlly worth it
Are there any standard references for Picard-Lefschetz theory? Maybe something analogous to Milnor's book on Morse theory
What is your level of math?
For me, the standard is grimmett and stirzaker
its high school
A bit vague
since this is a math server, the answer is if you don't know calculus yet, you should learn calculus first
Otherwise, there are statistics books, some certainly of questionable quality, but these can be read without calculus knowledge
HELLO?
HELLO!
Well the first two problems are 1 this is a math server and 2 I don't think Neil Degrasse Tyson has many papers in which he solves a problem in physics
oh sorry i meant like 12th grade high school
i do know calculus
like the basic stuff they taught in 11th and 12th
outside of that i dont know
dear all I am searching a good book ok spectral graph theory. I am particularly interested in the link between eigenvalues of adjcency matrix and walks and paths on the corresponding graph. This is due because I am challenging by the recent paper Unsolved Problems in Spectral Graph Theory https://arxiv.org/abs/2305.10290. Any suggestion?
Any cute books on less-common integration techniques?
Like anything more than the standard stuff you learn in a basic calc2 class
For example, I’d consider the standard technique for the Gaussian as a “less-common” technique
Or any of those wacko substitutions people on MSE use for those wacko integrands
thank you thank you
gonna look those up
4 chan science fandom 😭

i recommend amann escher
I second Amann-Escher
I also like Abbott a lot, and Pugh for a visual resource/supplement after you’ve had some experience with the concepts
There's a book called almost impossible integrals, have you checked it out before?
SPRINGER BAD
I will skim through it :D
WORST print quality for MOST expensive book
everything these dyas is just made WORSE and WORSE

Gen alpha crying in a corner
I love this website because I stumbled on their guide to self-studying maths when I was in high school and they suggest you learn non standard analysis with infinitesimals as your first introduction to calculus.
how'd that go?
They insist that it's much more intuitive but I honestly found epsilon-delta stuff far easier than trying to resolve simple limits with infinitesimals. It just didn't fit in my head. Of course, you also have the big elephant in the room of all the mathematical machinery in the background to make infinitesimals make sense.
And at the end of all of it, you'll have learned a really weird approach that no-one ever actually uses. What's the point of learning theory if you can't use it as a shared language to communicate your results to someone else?
this gotta be the top reasons on my list on why not to trust fandoms. Well said tho
LMAO
It's still better than all those dream fiction wikis that exist just to ruin search results.
Reminds me of this guy who made a website and introduces model theory and set theory as an introduction to mathematics for "clever undergraduates". It looks interesting but I'm not qualified to talk about whether it's correct or not http://settheory.net/
can somebody suggest me a good book for analysis

omgggg
"12th grade hs" can differ a lot e.g where I live, there's very minimal calculus
alr alr thanks
introductory I assume?
don't do tao, he introduces so much set theory you'll grow a beard before finishing it
do abbott if you're not very used to proofs
use pugh for something quircky
If i've never taken proofs, am I in a fine position to take sheldon axler or stephen abbot
heard good things about schroder and (brouwer?)
you need at least some familiarity with proofs
have you done discrete math or smth?
ok so if I've done 0 proofs whatsoever, where should I start
no
you learn proofs by doing it, read one and give yourself extra time during the reading to write up proofs etc
ok so I take it: Loch's intro to proofs --> Stephen abbot analysis
real anal will be my first class in uni so I would like to get some headstart in that, how much time would you estimate I would need to spend on loch's intro
I dunno I think reading a brief intro to different proof techniques is pretty efficient
eh i think its entirely unnecessary
especially stuff like propositional calculus stuff
i take it spivak isn't very good
like how to negate them and how "if" is a combination of "not" and "and" etc
is proof writing consistent across languages, e.g if I go through english books with proofs and then my uni class is in french, I'll be fine right
depends on your background
like, if you did contest math you can do it in a day lol
wdym
it'll likely take you at least a few days I don't really know lmfao
sry, I meant competition math
ofc
math is math
darq would know, he also likes math in french!
ohhh yea then let me specify, ive learnt limits continuity differention integration
what is the best book for learning complex analysis
with a lot of problems+solutions too
#book-recommendations message you might wanna read that
it's browder
oh yea
brouwer is for fixed point theorem
Hello guys, I am looking for a book (or a list of books) to study the real numbers i.e from the construction of the real numbers, to its "cool" propreties. I want to know more about transcendental/algebraic numbers. Furthermore, it would be cool to see some book that studies R as Q vector space and give applications to it ( I tend to see it as an example in every linear algebra book but I haven't actually seen someone who give an "application" of it).
@green estuary
So a construction of the real numbers is a real analysis book. Imo, look at Tao's analysis 1, great book. Easy self-study.
Thanks for the recommendation!
Any other suggestion for the other topics is very much appreciated.
his book is too pendantic
rudin is good if you are already mathematically mature
Understanding Analysis by Stephen Abbott is very good imo, though it doesn't start from a construction of the reals, it starts with the axiom of completeness (Every set has a least upper bound) and goes from there
And there's a construction of the reals from the rationals at the very end
Counterexample: I competed Enderton and have not grown a beard 
Book reccomendation for set theory?
i like halmos a lot
Do you want to learn set theory for the sake of set theory or for other stuff?
okay
I want to learn for probability and linear algebra
just you just need to know some very basic set theory which the books will already have in first chapter
you wont need a whole book on it then
i agree with numbpy
just look at the first chapter of ur probability or linalg book
you should be fine
oh 👌
maybe Simon's comprehensive course in analysis part 1? it looks very conversational but i don't know if it is any good
mhm
alr thanks for the suggestion
SL Loney
Any standard high school math book?
not a book but I suggest khan academy
it's likely better than any book you might find
especially if you're not used to learning from books
Thanks chmoneky and aplha

now u are 

Whoever fights chmonkey should see to it that in the process he does not become chmonkey. And if you gaze long enough into a server, the server will gaze back into you.
You won't find stuff about trans/alg numbers or Hamel bases (basis of R as a Q-VS) in an analysis book. Try Niven's "Irrational Numbers" for the former, iirc the prerequisites are minimal. IDK any books that touch on Hamel bases, maybe some functional analysis ones do. For a construction of the reals and some of their cool properties (e.g. unique complete ordered field) see Ebbinghaus' "Numbers".


chmonkeying goes to Chmonkey Thread #1061337023413244018 message
Thank you for these suggestions, they are exactly what I was looking for!
de nada
Glad to help!
Is there a book I can find about Trigonometry and Calculus?
Stewart's Precalculus and Calculus.
Although you don't need one, i've found it quite useful to have a graphing calculator while learning Calculus 
Thank you!
I need it for advanced reading
Any good geometry book ? Level should around stuff like ioqm , amc10-12
Any great books for calculus 2 and calculus 3 separately?
Ping me
see chapter 1 of grimmett and stirzaker
Any recommendations for introduction to topological groups ?
chapter 1 of Fourier Analysis on Number Fields is dedicated to TG and the Haar measure
Stroppel's Locally Compact Groups
Deitmar's A First Course on Harmonic Analysis
thank you for your recommendations
btw i want to start reading about polish groups but i have no idea about toological groups so i am thinking i should start from that, right ?
idk what polish groups are, i assume it's TG that are polish spaces?
so i'd say yes
exactly
thanks again
are there any easier, more friendlier books on topology other than munkres?
or maybe i should just try harder?
Topology without Tears by morris
gamelin as well
What part are you having trouble with?
any book recommendations for functional equations ??
Any platform recomendaton for learning trigonometry,calculus,logrithm,vector ;
and many more topics
Khan Academy
because i am currently in lower grade but had a huge intrest in learning concept from higher classes
and preparing for IIT-JEe
thanks bro
Gamelin has topo?
Probably Gamelin and Greene the dover book
David summit abstract algebra has the maximum topics covered right ?? Do you recommend it to a beginner in pure maths ?
If no then what is the best abstract algebra books u recommend but it should cover all topics.
this requirement doesn't make any sense
Half knowledge is a dangerous thing
all topics?? Unless you mean all topics taught in usual algebra courses then yes DnF is enough
again this requirement makes no sense
not to mention college course often skips through significant parts of a text
yeaah, I'd recommend to tally with some algebra course otherwise it'd a huge time commitment
any book recommendations for the more applied side of maths? like statistics and data??
what do u want to do with statistics
statistical theory? machine learning? machine learning theory? applied stats?
biostats? epidimeolgy? econometrics? etc.
machine learning or applied stats would be cool, but if you have any of the others, that would also be very useful
also check out https://www.nowpublishers.com/MAL and related series, though this is mostly academia stuff
Yes we should have a code word for that, all topics asked in usual real analysis courses, do you know a book for ATAIU real analysis courses aswell ?
literally ANY real analysis book lol
as said before, courses skip through books
thank you !!
oh okay tysm
really helpful
:)
for applied stats, you also have bayesian stuff from like gelman and his books
ohhh okay sounds good thanksss
and there's stat foundations of data science, not sure how applied it is though
I was thinking about abott or bartle, abott seems more expressive but it leaves a lot of work for readers, and as a self learner i would not know if my proofs are right sitting at home, soo bartle seems better
im interested in data science so that could be cool
elements of stat learning is somehow the classic, but it's written in 2003 so SUPER outdated
so far ive only read fermats last theorem
u mean like
There is funny book on history of goldbach conjecture 
any analysis book will cover the contents of a first semester analysis course
Which book do u recommend
strichartz way of analysis is an OK book
How come book of 2003 is outdated but david abstract algebra of 1963 is still recommended
- I have no idea what david abstract algebra is 2) they are different fields
He's referring to D&F
Dummit
But as Andrew said different fields and different audiences
May I know wt's a gd reference for learning p-adic analysis?
can you share with me your homework psets assigned from silverman's aa text? I plan to work through the book.
Is anyone here familiar with the book Discrete Mathematics and its Applications by Kenneth H. Rosen? The book has many different editions, and I wondered if it mattered which edition I would buy. Are the solutions to the exercises also included?
Solutions would be online if not already in the book, but I believe solutions are included, yes.
Lang covers a lot but it's quite terse. D&F is much more nicer, I used it for groups, rings and fields.
Artin.
abbott wrote a partial solutions guide and there is an unofficial complete solutions guide online
Are you memeing?
why are you replying to a post i sent 2 years ago
i guess the answer is yes
but
???
Same
Is friedberg insel and Spence better than Hoffman kunze???
I'm learning about the computations aka RREF, but then after vector spaces are introduced It seems like a waste to keep reading an introductory book like hefferon If i already know the computations and have some math maturity
Any thoughts?
If what you are saying is that you are learning linear algebra for the first time, I would suggest you keep an 'introductory book' for reference as the matrix approach to linear algebra is very useful in applied mathematics and for this reason is usually someones first experience with the subject. If you wish to use a more rigorous book like either of the ones you mentioned, I personally prefer Insel and Spence. It has more exercises that have a wide range in difficulty from computational problems to harder proofs. They both cover similar material...
Do they really cover the same? It seems from the table of contents that hoffman and kunze has more stuff, like Jordan forms and polynomials
meh...what you should read depends on your interests really
don't read an entire book on lin alg just because
I believe Spence has a chapter titled 'Canonical forms', which covers this
is this a meme?
the rising sea by ravi vakil seems a friendly and nice intro
what prereqs does it require?
What is your background? A sure-fire way of gauging this kind of thing is to simply throw yourself into the deep end; it will be apparent rather quickly if you are ready for it or not.
idk if the hungerford algebra is enough
i know basic point-set topology
basic real analysis , super basic little commutative algebra
and very very little diff geo
not even diff geo more diff topology ( manifolds )
Just because?
What's "nlab"?
a website
is there some cutoff to how long ago we can reply to posts? 🤨
use common sense
Australian Signpost Mathematics New South Wales 10 (5.1-5.3) Teacher Companion, 1st edition<- this book got a pdf?
Tried looking on google, couldn't find it
Hey guys does anyone know about a cool recreational math book?
Something for long train rides
you can check out gardner's logic puzzle books
To Mock a Mockingbird by Smullyan is nice
Imagine necroposting
No but it’s usually pointless and unnecessary to do so, especially if it’s so long ago that the person who sent the message forgot the details of their message
I'm learning real analysis from Bartle but is there a book that can help condense the calculus you'd need to know for a UG physics course?
what are some good books for Algebra 1?
you might wanna take a look at schroder's analysis book if you need something concise
Okay
Haven't used his notes for algebra, I used them for calculus sometimes, but they are good. Not sure how they are if that's all you're using, probably best to use a textbook in addition, but they have good exercises and good explanations of stuff if you get stuck
Are there any books for proper note taking, specifically for math books?
A good question
it'd be so funny if such a book actually exists 
Actually a good question
Why?
coz it's such a niche subject
and any book on it would likely cover more info about it then anyone would need in a lifetime
obsidian techniques might
there are people who don't need to take notes at all, and there are people who write down a couple important notes to keep in mind while reading
i think this also dependent a bit of how much reading you've done in the past as well
and/or what you are reading and how much time you have and/or how much you need to retain
but obviously, you shouldn't write down everything you see
but for reading some textbook, i find it nice to try to understand some of the motivation behind things then for important statements, write them down and try to prove them myself while reading a little at a time for hints as needed; though of course this is not very feasible to do for every statement one comes across
Do you have any books suggested for abstract algebra? If yes, please state the name of the book out.
is this a graduate or undergrad class
are you an honors or regular student
I'm just a freshman starting next few weeks
judson or pinter
dummit and foote is ok too
yes
Book recommendations for algebraic topology
Hatcher is the default recommendation, there's Bradon which is harder and does manifolds also. I've heard good things about Hudson Sato but this is not a textbook, more of a intuition provider I'd say.
(I haven't used any of them beyond few pages so I can't vouch for any of them)
does anyone know any quality books about algebra 1
Any of these covers what you are looking for? Algebra 1 bumfel
Algebra 2 bumfel
A new algebra 1 bernad child
A new algebra 2 bernard child
Higher algebra hall and knight
Higher algebra bernard child
That's how I take notes.
1-Read the chapter.
2-As you read note down the formal stuff: like definitions, theorems, properties, etc. basically anything that you'll need to remember when solving problems on your own.
3-As you solve the problems write down interesting problems to remember them: problems that are fun, hard, or Insightful; this way you can retain something interesting to talk about in conversations about your topic or discussions
4-Save your notes, so that you can use them as a reference.
*you really don't need to worry much about retaining information from the chapter, if you solve enough problems. it'll stick, and for the future you have your notes as a reference
*make your notes nice and tidy. take care of your handwriting and learn some pretty fonts. I use spencerian font personally. it makes writing fast and fun.
This is how I take notes.
1- Start with the chapter.
2- Write down the definition and preferably some examples. Ensure that the examples aren't taking up space (if you use a note-taking app, enlarge and place examples in a mind-map form).
3- Go ahead and write down the theorem. Read the proof (or a step of a proof) once and then try to recreate the proof in Latex. Once the proof is completed, take a screenshot and resize the proof and paste it in front of the theorem. This ensures the proof doesn't take away the space and is easily viewable.
Mind map any additional remarks regarding the claims so that they don't clutter and are easily viewable upon zooming in.
4- Connect your theorems and corollaries with any additional arrows for faster viewing.
This is how they end up looking:
Can someone recommend me a good book for math newbie like me that teaches trigonometry, algebra, & geometry to help me understand calculus? Thanks I really feel like I'm the dumbest person wanting to bang my head t wall I haven't even frickin got a correct answer even frickin once I feel very stupid
Can someone please list some books that can take you from no abstract algebra to a high level. I take it this year and would like to have some resources ready 🙂
look in pinned
@upbeat vine @errant heath This may be interesting to you I recently discovered "cornell note taking" you can look it up online pretty useful at retaining info from a fast pace source like lectures or when you want to read textbooks pretty fast and also be efficient. i used it for philosophy books and found them useful
I have seen that before: I think it might work for more prose-styled disciplines, the structure doesn't really make sense for math.
does hubbard hubbard's vector calculus require analysis as prerequisite?
or can I just dive into that book with calc 1~2 experience on the level of stewart
I uhh read the section like a novel then write some examples in some parts I don’t get, then do the exercises while navigating back on the definitions, steps and theorems when needed :^)
agreed
what are some good books for highschool algebra? (alg 1 and 2)
no a book but khan academy is golden
Okay. Can I use Khan Academy and Paul's Online Notes? Or do you think Khan Academy is good enough.
you can use both if you want ig
I dunno if one has anything that the other doesn't tbh
nah, I'm pretty sure khan academy has all you need
okay
for just algebra 1 and 2?
does it have precalculus there too?
Or do u recommend reading
peep through this: https://openstax.org/details/books/elementary-algebra-2e
whats this
yeah
never the less these are new topics for me
most of them at least
so i appreaciate it
For sure.
I have two I can send you.
Also, I would check this out: https://www.amazon.com/Intermediate-algebra-college-students-Leithold/dp/0023696001
I think you can get the PDF online. It's got more rigor than other Algebra books.
Just so you know, if you want to do pre-calc, you'll need trig.
More Challenging book: https://www.amazon.com/Before-Calculus-Functions-Analytic-Geometry/dp/0673469115
Does James Stewart have any Algebra books (Algebra 1 and 2)? I hear he is a great author
or does he only make books in the "calculus field"
i don't know what algebra 1 and 2 are but james stewart does have a book titled College Algebra it seems
that is over 800 pages, a much shorter book would be algebra by gelfand https://books.google.com.np/books/about/Algebra.html?id=Z9z7iliyFD0C&redir_esc=y
it seems to cover very little
I would like to know if anyone has any books about Algebra 1? or maybe a book combined of Algebra 1 and 2
lmk
Any book recommendations to get more practice with problems like this? https://math.stackexchange.com/questions/2397182/point-in-triangle-with-maximum-distance-from-vertices
I had to look up how to prove this for a problem in Dumbo and Feet 🙃
But thats an abstract algebra book it has no lessons or practice problems for geometry
most likely olympiad books on geometry, maybe check aops books
does anyone know any good books about Algebra 1 and 2? Individual books or combined doesn't matter
Bet ty
it would even work if you we're to send some sort of combination such as Algebra and Trigonometry i dont mind
but I would appreciate if it included Algebra 1
anyone know any good books just for recreational reading? I read the math book by Clifford Pickover and thought it was interesting, but I'd like something more in-depth and concentrated
Fourier analysis by stein and shakarchi
is this algebra 1 and 2?
gravitational pull of the sun
I'm at chapter 10 of Spivak's Calculus now for self-study. This book is weirdly becoming easier as I progress through it. Also was definitely the right choice versus Abbott since I had not taken calculus in forever
Thanks. I'll take a look at them.
is there a best book for proof writing?
I’ve looked at a few such as the one by Jay Cummings and Gary but there isn’t really many problems
a book with a lot of problems that isn’t too overwhelming too read would be good❤️
Any suggestions for a text on Measure Theory?
heard Folland is quite good but it seems to be overkill for what i need
Algebra 1 as in high school algebra?
axler has a free one online
the masters program at my school uses it
I see
any other suggestions?
there are some more suggestions in pins
of note is bass, which is also free online
there is a hard copy available on amazon but bass is no longer providing the latest edition there
however, it's easy to work around this if you upload the pdf for lulu to print
schilling is not free, but he has a full solutions manual available for free on his website
Hammack has a lot
At least i thought so
A book I read before was Gelfand's Algebra, and his Functions & Graphs book followed by Serge Lang's Basic Mathematics
Velleman is a good book since he goes deeply on proof writing
By any chance, good friend, might you be willing to share a full-resolution version of thy profile picture?
hi everybody ^^ Im going to uni next month and I'll study macroeconomics, microeconomics and advanced math in English (Im living in a non English-spea country). Any recommendations for books related to these? Thanks a lot!
Any online book recommendations to be proficient in maths?
Like High School level...
I like: algebra, geometry, proofs, etc
have you looked in #books-old
No, I didn't.
Thankssss
Can you recommend me?
no, I don’t know that many books
okay I'll choose 1
okay
This is like a lower level :/. I have already studied them.
lang basic mathematics
i don't get it
?
you asked for a high school level book and that book even order group linked (judson abstract algebra) is a uni level and somehow you have already studied that? 
That's univ level?
yea
It looks like grade-7/8
p.s. I read only the first few pages 💀.
It had some quadratic equations and set theory.
since when did they start teaching permutation groups and lagrange's theorem to 7th and 8th graders
bruh, he deleted the link of that book
Idk if you meant books from #books-old.
yes
this was the book even order linked http://abstract.ups.edu/aata/aata.html
look at like chapter 3
do you know what a group is
OMG, I didn't check the book. Just the contents of the first 3 pages.
I thought the book was over.
Cryptography (cryptocurrency is based on it.)
Is actual math topic 💀? Like frrrr
It's like a matrix
#book-recommendations message try this book
hello pika
Is chapter 3 (Counting) from the book of proofs by hammock important? I am currently struggling with the second part of this chapter mainly binomial theorem, counting multisets, pigeonhole principle and combinatorial proofs. I am reading this book to prepare for my bachelors which starts with real analysis. Can I skip this part for now or is it important later on?
that all sounds unavoidable
Supremely important
So should I be able to do every exercise?
any suggestions for a book that contains problems with legendre symbol
I read a lot of Schilling and liked it. It starts with abstract measures from the beginning
Who is that?
some guy
Okay.
intro real analysis, afaik, doesn't really use a lot of those combinatorial techniques
you can skip this chapter for now if you're struggling, but come back to it later
the only books i know of that contain problems with the legendre symbol are elementary number theory textbooks, which introduce it as a tool to develop quadratic reciprocity
dudley or burton are examples of such texts
Recommendations for books\online resources for learning geometric algebra?????????
Hi gang,
I recently studied Multivariable Calculus and Vector Calculus, and completed the adequate resources provided,
But, I feel I don't have enough practice as the assignments had very few problems.
Can anyone please direct me to books/assignment which I can solve.
Thanks
Look for any calculus book by Stewart or by Thomas
I cannot provide these books to you myself because piracy is against TOS
so i would do some googling
I actually ended up getting a book one of my professors strongly recommend and it's written by a friend of his it seems pretty good so far. "Linear Programming with Matlab" we're kind of doing a directed study this semester too now which is cool
👍
what are some good books regarding Algebra 1 and 2 (highschool algebra)?
@numbpy Algebra 1 bumfel
Algebra 2 bumfel
A new algebra 1 bernad child
A new algebra 2 bernard child
Higher algebra hall and knight
Higher algebra bernard child
Could anyone recommend me good books about complex numbers(it would be nice if it has problems ranging from basic to olyimpiad level)
Hey i want a book that covers math from grade 1 to college
I am in bca degree program
I had mathematics in school but
I was not good i would like to study everything from basic to advance
Is grade 1 what year old?
whats your age?
basically elementary subjects to college subjects
- im not sure if they have one huge book
- I do not know the contents of a college course
but I would assume you want to start with preAlgebra?
because im sure everyone know arithmetic
meaning
simple arithmetic
That's what i was thinking
i think "grade 1" is exaggerated
That's why i asked what year is grade one
Because could be either 1 or 1 or hs
I think a middle school to college course
middle school (depending on where you're from) normally covers prealgebra
Yeah
@gray gazelle
Because, personally, I didn't read prealgebra much
I read like one AoPS book
about prealgebra and got it over with
You are right, i was just confused because generally in year 1 you just learn to count
it was painful trying to read the same things
though there was some useful information
though aops is normally good for competition
i really like it
I like "The Basics and Beyond Series"
I would recommend giving it a try because it has a lot of information
so AoPS is really good in that field
if you're looking for a more strict curriculum inside a book
and want prealgebra maybe
hmmmmmmm
I have seen some books titled pre algebra but don't know anything else about it
yeah I say go for PreAlgebra by AoPS
but considering you want to learn college mathematics
it will probably bore you
I mean is pre algebra, don't know to what extent the expectation of a college experience holds
Gelfand's Algebra is pretty standard
and Serge Lang's Basic Mathematics
I got these books recommended to me and they're pretty standard
Oh i liked basic mathematics
so this is getting passed down
But start with Gelfand's Algebra
or any other Algebra 1 book
Gelfand's Algebra is solid but there are other books
Serge Lang's Basic Mathematics is golden
but don't just depend on these two books
if you're serious about this you'll have to read more then this
well i mean
not for prealgebrs
in general
I left a list of elementary algebra books above
I personally bought a new algebra one and is good the rest are avaliable online for free
if you want to read about Geometry i think Euclidean Geometry in Mathematical Olympiads is pretty good
but I'm not sure about the level of that book
Yeah
Sullivan's Algebra and Trigonometry is solid for PreCalculus
but there's probably better picks
are you saying you want like a book that covers all these subjects in one'
because there is probably such a thing
but it doesn't widely explain
the topics
You could do pre calc by separating the topics, as opposite as looking for pre calc books
unless it has like 4000 pages
that also works yea
it's probably better that way'
There is one book that comes to mind but i still don't think it does it... I'll try to remember the name
It's a russian book originally i think
because if the book is specifically for precalc it may not cover everything you want to know
Yeah
regardless
i dont think you want a huge book
it wont cover everything you desire
you'd be missing out
i suggest taking your time studying mathematics
idk
that's my approach more or less
Hey sorry for the late response
But i just need something that gives a brief intro to things.
Because i gave first sem exams and i feel like i have forgotten everything ,and i would like to practice some questions.
What do guys think about Jay Cummings analysis book
Hey everyone, I was wondering if any of you would recommend reading Wittgenstein's Lectures on the Foundations of Mathematics.
I am quite familiar with Wittgenstein's work in philosophy of language, but since philosophy of mathematics fascinates me as well (already read Frege and Russel, and I'm quite familiar with Leibniz, whom I'd call some of the main figures of this branch).
My doubt lies in the fact that Wittgenstein was not a mathematician (something he points out at the beginning of the book, at which I had a look). I don't want to get into the book but get very little substance out of it
Intro to Everything?
or like algebra and calculus and stuff
When you say this I think of Algebra to Calculus or Algebra, Calculus, Linear Algebra, Abstract Algebra, Discrete Mathematics, Proof Writing, Real Analysis, Complex Analysis, Probability, Statistics, Number Theory, Algebraic Geometry, Topology/Algebraic Topology, Numerical Analysis, Dynamical Systems, Combinatorials, etc.
like all of math>
I mean
There is one called All The Mathematics You Missed but it's quite advanced
All The Mathematics You Missed [But Need To Know For Graduate School] is good
by Garrity
when you say a "brief introduction"
check the video the math sorcerer made on youtube for the contents
but im not sure since you say "Grade 1"
I'm taking a course in automata theory next sem, but my proof skills are really weak. I already took discrete math, but we didn't have a textbook and we didn't cover proofs too much. Do you guys have any website/book/etc. recommendations to improve?
for proofs?
yeah, mostly
I really like How to prove it: A structured approach by Velleman
you don't really need that much of a background
in proofs
and the author explains the contents very well
Thank you so much!
sure
Definitely check out Sipser’s Theory of Computation once you’re done. It’s a great read
a concise introduction to pure mathematics by liebeck
Yes i can
@numbpy Algebra 1 bumfel
Algebra 2 bumfel
A new algebra 1 bernad child
A new algebra 2 bernard child
Higher algebra hall and knight
Higher algebra bernard child
@obsidian valley I default to pinging you whenever wittgenstein is mentioned
Also Higher Algebra by Jacob Lurie! jk
a book for self help or self improvement I like is the Bible (Roman Catholic 73 books version) and the Gospels are a good starting place
Hello, I want to find some books can help me with IMC, do you have some suggestions (rated, comment helpful for me)? Thank you very much, my email for docx, pdf,..: buibaongockt1908@gmail.com
Email 
Serge Lang or Dummit and Foote for a graduate/3rd course in algebra?
anyone who has dipper their toes in both care to comment?
People who read these read because they are written by Wittgenstein and not because they want some good intro to Foundation of Mathematics. I imagine this would be a good book to read about his thoughts on FoM, but if you are interested in how actual mathematicians approach FoM, you should look elsewhere.
look in pins
Lang is pretty good after a first course in algebra I'd say; though I'm not sure what you used in a second course of algebra
depends on how thorough your first course was
if you're an honors student that used dummit and foote, lang might be okay. there are plenty of choices out there though
if you used a book like judson, pinter, saracino, beachy and blair, etc. then dummit and foote is probably the better next step
Any recommendations for an accessible/introductory text (or lecture notes) on Lie groups? I'm taking a course on Lie algebras and I'd prefer to see some of the motivation underlying them first
i don't know how helpful this is, but lee's intro to smooth manifolds, chapter 7, has a good amount of examples
he also talks about why we would want lie groups in the first place, and as is standard for lee, is very wordy
Do you know manifold theory chaiegenvalue?
Not much but basic stuff
If so try this: https://www.math.stonybrook.edu/~kirillov/mat552/liegroups.pdf
Thanks, I'll take a look 
Thanks, do you have anything in mind that doesn't assume a knowledge of manifold theory though? I'd say my understanding is still mostly superficial
I'd be okay with down-to-Earth/classical diff geo of curves and surfaces though
"Lie Groups, Lie Algebras, and Representations" by Hall
Thanks 
Trigonometry by IM gelfand and Mark Saul
ooh thanks
any good books about trig
you might have to scroll a bit far up, but some people were talking about that earlier
someone pls recommend best motivational,thirilling book pls pls
Yes, I don't doubt this. My intention is to read something that isn't just rhetorical rambling without substance. I have read about the foundations already, so I'm really curious to read something about some thoughts concerning them
what books would you recomend for learning calculus?
what purpose are u learning calc for?
what is a good math book thats mostly for fun
that has outlandish ideas
like thinking of spaces without the points in it
What do you mean by this?
Pointless topology? 
Would you by chance be thinking of pointless topology? I'm not sure of any books on this topic, but you may find some by looking into locales and frames
Pointless indeed
i was watching a video about intuitionists logic
and the guy said that it leads to thinking of spaces without thinking of the points
i dont know what he meant
okay i found the video, its around the 47:10 mark he says about it https://youtu.be/21qPOReu4FI
also winning plays of your mathematical games seems like a fun book
something along those lines
Constructivism 
Yeah pointless topology (locales) is what he meant
'Tensor calculus for physicists' or the start of a relativity book will have the material in (all be it condensed)
does anyone have any book reccomendations
For what topic?
Someonmme can recommend me a book about linea algebra?
Are you done with precalc?
Intro to Linear Algebra by Gilbert Strang
i believe so. i've learnt like algebra, complex number things, proving things w/ trig identitys, single var differentiation, im learning integration, etc ig? we dont cover linear algebra at hs here so theres that maybe
You lesrn linear algebra in university
I'd say start with calc
like i can do https://www.nzqa.govt.nz/assets/scholarship/2022/93202-qbk-2022.pdf this stuff discluding the integration (also probably cant do 4c )
You jump from here #book-recommendations message
cool thank you
like single var?
Wait hold on that's multivariable calc
Integration are mostly start in calc I
You start learning integration from khan academy or Paul's notes
ok
can explain me how i can see the book
what book are you talking about
no
it's close to what's covered in abbott
or ross
rudin does metric spaces very early and uses this formalism throughout
cummings and abbott stick to the real line
it's not a bad idea to do baby rudin after cummings or abbott
however your goal doesn't necessarily need to be papa rudin
definitely a good idea to read about metric spaces somewhere before attempting adult rudin
if you've got a firm grasp of cummings or abbott, you can try schilling or axler for measure theory
a high schooler studying this material is already above average
why does this goal need to be accomplished in high school? why not be a substantially prepared undergraduate
Have u tried mit Primes
It gives research experience to highschoolers in math
I taught someone wh9 was doing this for rep theory
I wouldn’t worry too much about how much more you need for background
You will get the background as needed as part of the experience
Most high school kids are competition kids and don’t know much math, so it looks like they are selective bc these people get rejected
If you know advanced math then you will probs be fine
Just focus on your basics for now
Analysis algebra and topology
Yeah, alg top is more than expected, but I’d consider it integral ig
I think literally a first course in analysis, algebra and some,point set is more than anyone can ask of you if that makes sense
Like the primes ppl I knew had less than this
Eh if u want
Don’t try to tailor to an application
Study the math you want
Don’t specialize rn is my advice
so cold emailing profs is like
basically they will not even check half the times if it is not an instutitional email or someone they know
I think the basics will be enough if its coming from a highschooler to entice atleast some profs
My advice really is that this should be secondary: dont warp what math you learn around this
you have plenty of time to do many different things
dont rush
yes
Do math that sounds fun to you
not ones that you think will give you more chance with profs or w/e (for now atleast)
I think the best mathmeticians I know always did this, i.e take classes that sound fun or learn something that sounds fun
rather than have a solid plan. In their early years that is
@gray gazelle i appreciate your ambition, but i worry you are being sucked into a misguided idea that you already need to be a ready-made scholar to be even worthy of becoming a researcher. your phd is supposed to be where you learn how to be a researcher. if you want to pursue research prior to a graduate degree, that's very commendable, but don't feel pressured to do so.
^ tweets like these are really awful
research is labor. doing all this stuff before even getting a funded phd or a part-time TA job is doing a lot of unpaid labor
being an academic is already a fraught and precarious position
linear algebra
i referenced multiple books in linear algebra in that post
can you specify which one
i already linked hefferon's website, which has the linear algebra book
I'm flattered
Does that tweet refer to PhD applicants in mathematics? Because the field wasn't specified there. And I think other fields generally expect more research experience from applicants than mathematics.
no, but it should not matter. OP is an economist
Not saying the tweet wasn't 'awful' though
Hey guys I wanted a book for a brief history of physics like 1-100 covering up every single Theory numerical and ya and book recommendation?
any good books on probability theory( that doesn't require analysis/ measure theory)?
i didn't like ross's book
blitzstein and hwang
Where do you get this book?
Pretty sure that's a joke cover
Any recommendations for math books to read when feeling empty and lost?
No fucking way, I refuse to believe that it's a real
damn, it is real except the "cohomological part"
Any good problem books on topology (like that have theory as problems)

Topology; a first course by Munkres
Why the laugh 💀
The stuff above u
Not Yr stuff
Have fun with topology!!!!
Do u know any other cause I ve had munkres this sem and it wasn't particularly a problem book
I expected it, so here's for you "Problems in Topology" by V.V. Prasolov and A.B. Sossinsky
Thank you 🙏
"Topology: A Collection of Problems" by L.A. Steen and J.A. Seebach
Exercises in Topology is a companion to Munkres' "Topology" book mentioned earlier. It provides additional exercises and solutions for further practice.
topoly: A collectoin of Problems, this book offers a collection of problems that complement the material covered in the counterexamples book.
Hey, I’m looking for an entry-level calculus textbook that I would be able to use to prepare for 12th grade’s calculus classes in advance. Does anybody have recommendations?
Not a book but try khan academy or Paul's online math notes
Both are legally free online
I remember getting rejected 
isnt that like half of ug or smth?

isnt that like first year stuff
I too got rejected when I had that in high school
what would they look for in someone who's "researching" in high school
real analysis is 3rd year in the us
like obviously not the edge cases like the guy who came up in quanta a few months ago who did like number theory research in high school
ranal is first year in europe doe
but like more 'average' people like this i guess
not really sure about the others, however
"""average""""
lol wtf 💀 what are they learning for the two years before that
oh wait i forgot the calculus sequence existed 

i couldnt find this book is it perhaps possible that i could get some hints on where to look
Calc 1, Calc 2, Calc 3, linear algebra, intro to proofs, solving differential equations, maybe a calculus based probability course
I'm so sorry. it was result of gpt and i found that,
V. Prasolov and A. Sossinsky, Knots, links, braids and 3-manifolds, Translations of Mathematical Monographs 154, American Mathematical Society, Providence, RI (1976).
Which means it's not a workbook
result of gpt
ah its ok
has anybody had experience with knapp's basic algebra?
yes
somebody mentioned the book here in discord and it looks interesting
it is
+its free
would you recommend the book for undergrad learning algebra for first time>
ew
calc based probability
disgusting
Yeah it's alright at the discrete part but the continuous part gets kind of boring up till clt imo
Just so you know responses by chatgpt are banned
Lmfao
... wtf using gpt for math book reccs 💀
The book is literally free, you can download it from the author's website
Nope, I ran a study group using that and let's say it's not very beginner friendly, it's more of a upper ug book. Plus some of its notations are a bit unusual and it some topics like diagonalizability are left to much later. That said it has good problems and you can always pair it up with a friendlier book.
In his innocence Bing does indeed sometime gives you links to the books.
D a m n
Bing can even search movie torrents lmfao
LMFAO WHAT
Geez.. I should use bing when I can't find smth on lib- um, I meant, that totally legal site.
Based Bing
LOLLL
Bing and GPT both gave out valid Windows keys as well
That's awsome
any good higher level geometry books? i'm at the undergrad level, used to proofs, and my focus is in analysis but just want to do some geometry out of interest and for fun. just looking for something that won't be too easy.
thank you i'll check that out
For some its 1st year. I will be doing real analysis my first year.
shifrin - differential geometry: a first course in curves and surfaces
I feel like Do Carmo is better than Shifrin for diffgeo
Recommendations for proof-based undergraduate linear algebra? I'd like to know if there are more books of the style of Hoffman's Linear Algebra 🙂
look in pins
linear algebra done wrong is easier than hoffman and kunze
Halmos and Shilov are the best choices it seems?
This bit feels a bit like a meme for sure. Though people who use it like it and it seems to cover a good bit
Also Axler is alive. And tbh let him roll with his bullshit...
hmm if shilov covers nothing numerical then I think it gets no diffed by halmos tbh
Does Halmos do numerical stuff?
Hmm, I was thinking about using three books for reference, but what do you guys think? Is Hoffman and Shilov enough?
no but that was the only thing it was gonna lose out on
I do have a copy of Lang's Linear Algebra
Although I've never read it, but I did open it a few times. I guess it's not bad? Can be a good primer
You don't need 3 books lol
good luck trying to finish one of them
Well, I'm trying to teach myself lol
You need like one linear algebra book and it really doesn't matter that much which one you pick from Dami's list as long as you like it
Reading 3 is probably gonna lead to you reading none
For low-level stuff like lin alg, esp if it's your first time, I'll say ditch books and follow a course (MIT one is a blessing, for example). You most likely just don't have the maturity to study from books yet.
I already had a more computation based course and have experience with proofs from stuyding set theory
It's not about the skills, but the intuition. And there can be only so much said in a book. I always find explanation easier done on a blackboard
https://www.youtube.com/playlist?list=PL221E2BBF13BECF6C
This one is probably the most famous MIT online course
And for good reasons 😄 I heard it's extremely well done
It's good but unless you haven't taken a linear algebra course before I don't think it will be much use
but ene haven't taken a lin alg course before 😄 that's why I say ditch books
Ene has
They took a computational course just like this one
I think this one is more proof-based, no?
idk, looks fancy 😄
Anyhow, might not be the best recommendation, but my point remains
how's lax?
strang is very computation based. If you are a pure math person id say just read one of the many recommended book
No
a book on set theory?
you dont need to like, deliberate too hard about which one



