#book-recommendations
1 messages Ā· Page 59 of 1
thanks I hope I will reach my goal
DGSE seems to be the type of place to require either a university degree or lots of heavy experience in industry.
It'll take a few years to learn, but if you can attend an event like that, that would be a great direction
so basically you wanna work at an intelligence agency in your country doing cybersecurity? I think getting a degree like a master's in cybersecurity and doing internships and building your CV is the first step
just go through your career
Okay
best thing you can do rn is get exceptionally good at networking (both, literally)
But I think I've seen some schools in france which give access to a 5 year contract after a bachelor but I don't really know if it's the DGSE or simply the french army
Yes, DGSE does hire at schools. One step at a time, get accepted into a good uni, do well, and go from there. Once you're in university they have programs for people interested in cybersecurity like events, conferences, clubs, etc
secret cheat code, email companies and ask to intern for experience
Yes but I'm affraid of my email profile
Bc
I've done some videos with my friends which my name and all are mentionned
Yes but I was a kid
any serious business will pull that up and may possibly affect your candidacy
but this is offtopic
So make a new email 
i've try but it will be
First name. Last Name 2348957345@gmail.com
I do'nt know if its possible to ask to youtube to delete these videos
If its your own video, you can delete it. If someone else has that video, they can delete it.
If they won't delete it, well, that's life.
Its not my video
I'll ask
Cybersecurity starts before you even know what Cybersecurity is
its probably not that bad I dont think they would care
even if they ask you could always explain
Okay
I will certainly write an email but first i need to upgrade my notes
guys can you recommend a book for analysis 1?
rudin principles of mathematical analyssi
here you go boku no pico pfp
What you should use in analysis depends on your comfort with math. Some reviews:
- Schroder is one of the more gentle books (though eventually covers a superset of Rudin). If you don't have background in calculus or in any proof-based math, this is where to start.
- Spivak Calculus is proof-based, but the flow is more calculus-y (sequences/series come at the end + no topology, which imo is a bad thing). Well written and suitable for beginners, but makes iffy presentation choices, so imo Schroder is better at this level. Only does single variable
- Rudin chapter 1-8 are the standard. You want to have some calculus and proofs background going in. I learned a lot of my analysis from here (among other sources) and liked it, though in hindsight there are a few things I would change. Falls off starting from chapter 9, so you'll want something else for multivariable calc
- Browder is Rudin but somewhat reorganized (topology later measure theory earlier) and with less stupid multivariable calc
- Pugh is Rudin with better multi, but quite awkward at times imo
- People here like Tao, it's fairly leisurely and slowly builds up set theory and number systems before doing analysis proper. You may want some calculus background going in but it seems to serve as a good intro to proofs
- People also like Abbott. Seems to want some calc background going in, but is otherwise on the gentle side. Only does single variable
There are many others I know less about that have been talked about here and might be worth looking at in case they click, such as Amann-Escher and Zorich
I would say Kenneth Ross's elementary analysis is a good first one if you struggle. It was recommended by a lot of places and I read it with zero pure maths knowledge and found it ok.
That was def sour
but yea definitely do Abbot
What do ppl think of Apostol mathematical analysis for intro, instead of say Abbott or Pugh? Esp if one has done Apostol Calc I
apostol is roughly comparable to rudin.
hi š
can someone please suggest a good practice oriented book on differential equations?
to get a good grade on my undergrad course
If you've done his Calc book then definitely, go for it
Iām a fan of Tao itās super easy to read and builds things up in a way that I find personally to be quite gentle and complete, plus I just tend to enjoy Taos exposition in any of his books thatās Iāve read
Ross is also decent, it was a recommended reference text for my first analysis class, I personally prefer Tao but I know a lot of people really Ross
does basic mathematic the book cover linear algebra??
It's a Pre-Calculus book, he has another book called Introdution to Linear Algebra and Linear Algebra
do i need pre calculus and calculus 1 and 2 to program like physcs engine, simualtion etc..
100%, and probably a text on differential equations.
You'll need Calc 3 as well on top of that
I don't think you'll need a full math textbook, I'm sure there's applied texts or something out there, but you'll also need to learn about quaternions at some point
dang
is there any ai to help me with this im 134
13

Good luck
Donāt use ai, just read a book/notes and do the exercises
definitely use AI, descartes would be enamored by it
tysm
can i use ai to make the base of the code and then like lok for error and method i can put in it to make it better because ai is bad so if i put my own thinking it might work?
?
Itāll be a better learning experience to work through the whole thing yourself
yes so what i did i said tot he ai to do the math part and then i do the coding part
AI is a tool, not a shortcut, you have to actually know what you're doing to fix the AI errors. All it does is speed up programming; it doesn't replace jt.
yes
i just gonna use it for math
im*
I mean, you could do that, but Iād recommend just actually learning the relevant mathematics
what are they?
u meant like calculus
algebra
linear algebra
etc...?
Calculus, Linear Algebra, Differential Equations, etc. You donāt need to learn them in maximal depth, rather in an adhoc manner, but you should know what the derivative & integral are, what a vector space is, what a differential equations is, etc
okbut the calculus part im not sure
Whyās that?
it gonna take me years
But Linear Algebra isnāt?
If you know basic algebra, you can learn calculus fairly quickly
i dont know geometry nor algebra 2
nah bro trust me you can easily learn it
I was failing math in 7 grade, but then I discovered math content online after that I started learning calculus in 10th grade
lots of good resources online
lots of good books as well
im 8th grade
this is all i need?
It only takes years if you go through it in a class, one semester at a time.
You could learn the pre-calc in a month or two, and calc in a few months after that.
You could self-study and know Calc by Christmas
alr
unlock your inner ramanujan
lol
can i do like the unit test and then if there is thing i dotn undestand i watch the vid or i should watch all of them?
get all the books here https://www.bravernewmath.com/
Any1 know any intermediate level topology books they can recommend
then make whatever you want
I think you should watch them all since you're learning it for the first time
munkres and lee are common
it not the first time
more stuff as in? morw general topology? or do you want to study algebraic/differential top?
then you can start with unit tests ig
More general abstract stuff
Wanna solidify it b4 I tackle alg top
munkres covers all the more general abstract stuff
what topics have you studied so far?
but i didnt wtch all of them
Most of thr basic stuffs, topologies, spaces, metrics, compactness, applications to graph theory
You reckon munkres is enough to start alg topo?
what about quotient spaces and stuff?
Yep that too
wait which munkres are you talking about btw, because iirc he has two books "topology" and "topology a first course"
im talking about the former
I just got a discord highlight notification on my phone
"Your friends are talking about topology in Mathematics #book-recommendations"
Thanks Discord

"topology" by munkres covers some alg top in the 2nd part after covering more "general abstract stuff"
ima be honest it because im lazy
š we all are naturally, but you gotta fight that laziness my dude
but there are so many unit withso many content
it gon take me month just for 1
You're 13, it's not like you're 80 with 6 months to live.
There's people 10 years older than you who are learning calculus for the first time and are going to be great game developers in a few years
18 unit
1 unit is only 2%
kinda discouraging
but im gonna go forward
i could try 1 unit per week
1 year
dang
BUT IT WORTH IT
@molten mason @vital bane ty i found inspiration and motivation
yes bro šŖ
you got this, keep grinding just a little every single day, you will make it
I don't even have inspiration and motivation 
but what i do with physics then
bro u already far away
what u wanna do lol
correcting AI is a waste of time
who knows rovfx
this server is way better then rovfx
mroe respectable people and kind people here
exactly 99 unit needed
to have all i need
wait it 115 unit
29 month
3 years
i will be 16
is there books to be faster lol
@dusk wind
ik u know books
who said that
your mother
yes
geniuses are amde
made
people who are genius got the right environment
when they are borned
but everyone can be at the same level if they make the effort to
wdym
don't read
why
basic mathematics sems good
renji you're not a main protagonist from an anime
do you know a book that cover all alegbra, geometry and trigonometry?
is this good?
yea
It is good 
but it doesnt go in depth and eeply in algebra 1 and 2 ,trigonometry and geometry
but it doesnt go in depth and eeply in algebra 1 and 2 ,trigonometry and geometry
@remote sparrow @dusk wind What are we, the three musketeers of pre-calc. A trinity of books 
Basic Mathematics covers all 4 of those topics
but not deeply and in depth
is it? @molten mason
I'm curious, what do you define as deeply and in depth.
like it talked abt every aspect of algebra 1 and 2 and trigonometry and geometry
like after reading this book i should be able to go straight to cal
@molten mason
i found a nice review of carothers
If you want to learn and study every aspect, you're right, that will take years. And it will require thousands of pages of text.
You can either study every single aspect and topic possible, or you can study and learn quickly. You can't have both.
Textbooks such as that one are designed to streamline the process and get you to a basic standard in order to progress in math. There is no one single textbook that will cover everything, that is why you get multiple textbooks, and you supplement with blogs, websites, and YouTube.
For example if you want a thorough understanding of trigonometry, you can visit https://mecmath.net/trig/Trigonometry.pdf
If you thought polynomial multiplication was too quick and you still have questions, you can visit Brian McLogan on YouTube and watch him go through some examples.
There's whole textbooks on geometry, like massive volumes.
There's tons of workbooks on Amazon for every level of math, you can find workbooks from Schaum's. There's Schaums Outline of Trigonometry and it has 600 trigonometry problems and explanations, there's also Schaum's 3000 Problems in Calculus and many more.
We're advising you the books that we have said tonight (None of us are wrong, they're all great texts) because we've been there, done that, and have progressed to a level of math past that. We know your level of math and your goal. We're not just picking books because we get paid for it, we're picking them because we know they're appropriate for you. The exact book you pick is a personal preference.
You want to learn Algebra 1, Algebra 2, Trigonometry, and Geometry. You want to one day learn Calculus. Lang's Basic Mathematics teaches those 4 subjects appropriately and is designed and written as a Pre-Calculus textbook. One of its main purpose IS to get you ready for Calculus immediately afterwards. It might not cover every single little thing about every sub-subject, if it were to do that it would be an extra 1000 pages.
so i shoudl read basic mathematics and if i dont udnestand soem aspect i should go in depth but in other resources and thena fter i go to cal
"Chapter 15 (Fourier series) can safely be skipped."

That was a solid review
I have the undergrad and graduate analysis books by Lang, hope to be able to write a solid review about them one day. My school uses Folland, and I think I want to get Bass when it becomes time for grad school, at least just the PDF.
Yes
axler is good for measure theory too
100%
if I could do it all over I'd have just did more problems and use a short but witty text then do more abstract stuff
dang im so happy now cuz i found a better way
you should grind out so many problems that school is boring
why asbtract algebra
what is it for
Yeah I like short and to-the-point textbooks and then I find problems and workbooks or something online to grind out.
Everyone's different, that's why there's a dozen textbooks in each subject.
I like Lang's writing style but my favorite quote about him is
"Serge Lang never explains anything"
Which makes it an adventure.
Yeah I've heard good things.
what is the best book for linear and calculus
Any of them. Get through pre-Calc first, then come back and ask
How?
Hi, im starting "Graphical Approach to Algebra & Trigonometry" book and want to refresh everything I skipped over in HS. Is this a good book that should cover it or is there a better one to do before it?
If you already have the book, it's a fine book.
What areas of math would be considered "before" it?
Looking ahead I see it has logarithms and quadratics, which I really wanted to repeat. But idk what else im missing.
Pre-Algebra
Sweet, I must have spaced out during polynomials. Thanks. Rest Im quite sure Ive got already.
What are the prerequisites for Programmer's intro to Math?
any good beginners book for proof writing?
Liebecks introduction to pure mathematics is also quite an easy read and teaches proofs by giving a taste of various different areas of maths
for people that have some prior experience with algebra, yeah

Rudin PMA = worst pedagogical work ever
no it was just linked in the first stackexchange link
of course I'm not sullying you, I'm sullying the question
Any book recommendations for conic sections, basically coordinate geometry? I find it difficult to visualise the figures and apply the formulae.
found some comments on zorich
are these good for beginners like me?
ETH Zurich?
Rudin's chaps 1 through 8 really all that?
Most reviews I've read say that the rest of the book is straight up shit
hi does anyone have any book recommendations for linear algebra? my school notes are pretty long winded and has a lot of unnecessary stuff
just read courant
Isnt this abstract algebra?
First chapters is about linear algebra
Though I always laugh at the names
Very interesting, like a quick review?
My bad I confuse it with another book
Not sure if any textbook is less winded than professorās notes
alrighty! thanks for the recommendation!
Maybe you need to be more specific of what you are looking for and what the textbook of the course is
Finite-Dimensional Vector Spaces by Halmos is another good one and has a free pdf online through springer
That way people can suggest something suitable
That book dont have linear algebra
I forgot the name of one for
#book-recommendations message this link has few linalg book review
alright, ill check everything out. Thanks everyone! š
Axler Linear Algebra Done Right is a common book for more proof oriented linear algebra. I hear Gilbert Strang is good for more computational stuff
Everything in that list is for people who want a rigorous, proof oriented study of linear algebra, just fyi
Do you guys know any algebra book that approachs it with proofs
I want to understand why certain things works the way it does
what kind of algebra are you talking about
Anything you see during precalculus
ah okay, tbqh i have never read a good precalculus book (or any book that covers precalculus material) but some people speak highly of Serge Lang's Basic Mathematics
After algebra trigonometry and geometry should I learn linear algebra or pre cal
Bruh
lol
Isnāt precalc just algebra, trig, and geometry?
Idk
Also, for linear, Iād recommend having some comfort with proofs
?
Wdym proof
Rigorous justification of theorems
So, for example, in geometry you learn the pythagorean theorem
A proof of that theorem is a justification of why it is true
Ok
Typically linear is a proof based course, so itād probably be good to have some familiarity with them first
@gray gazelle check Khan Academy, it can at least help you find a reasonable curriculum/what to learn in order
We went over this. That is pre-calc. It's covered in Basic Mathematics, and afterwards you learn Calc.
What is the text? I'm interested.
Of Fr? I didnāt knew precal was in it
are there any books, or class notes that summarize calculus 1 to 3? like there needn't be all the details there just need to be enough so that I can be reminded that a certain concept exists
Lol it only has like module theory, that too only in like the 10th chapter or something
Juan de Burgos Algebra Lineal y Geometria
yes
no, it's a book
it's a dover book too
thanks but it doesn't seem like a 'summary'
its more like a huge textbook
also, do you know if any 'structured' problem book?
at least by method
They're rederence/study notes used to supplement 3 semesters of Calculus class.
He has multiple calculus cheat sheets, then you can click any section [notes] and he has a summary of what's important, for example I went in the other day to reviw Calc II -> Integrals Involving Quadratics to double check something.
What other type of summary are you looking for?
what I meant was a book/note with just definitions and theorems, with no explanations examples
Ah, interesting, if you do find it, let us know. I'll be super interested in seeing it
I'm not saying I didn't find the PDF somewhere, but on Springer's website the ebook PDF is $45.
Huh, I remembered it being available for free
Oh idk, sorry.
I know there's that text I shared.
There's also Chris McMullen workbook ($12 on Amazon), I haven't used it but I used his Calculus workbooks.
Schaum's Outlines also has a workbook with 536 solved problems. ($21 on Amazon)
And I'm sure they have PDFs somewhere.
well either way it's also available as a cheap dover
Guys
I've been hardly trying to find a peer-reviewed mathematics series books
Maybe like school's curriculum
So u know any good series?
(Not AoPS cz they're bloody costly)
Hello?
Schaum's Outlines also has a workbook
Looks exactly like what I need. Thank you
We all don't know everything. Give it time for someone who might know to check and respond, sometimes people respond hours later, if no one has an answer you can try again tonight or tomorrow.
Cool, awesome!
Check a schools curriculum or reccs from MAA etc
@left falcon @molten mason
otherwise yes you'll have to buy books or the quality of free ones
That's like a Space Race era encyclopedia for engineers and what not.
Not a short summary of a calculus course.
lmao I can't
ol
ol
lol
I think what they want is just a study sheet though, which wouldn't necessarily be a 'summary'
they're better off making their own sheet tbh
Yeah Paul's notes is the only thing I can think of, it covers all 3 semesters, and it has like a one paragraph on each section
'too much to read' though
it has to be an infinitesimal portion of a page don'tcha know
Which Paul's Notes also has lol
I'm so confused about what can I choose to study mathematics
Like what do I choose now khan or Openstax or Freecodecamp or... idk I'm lost
The problem is that I haven't studied math for a long time
So I don't know what to study or where to start
I'm feeling so lost
thats normal
Wdym
just pick 1 and get started, or https://bravernewmath.com
if you pick 1 thing to study you may feel less overwhelmed
Calculus as a starting point?
Bruh I'm fr f**ked up
theres multiple books there
maybe start with a precalculus book and do problems on khan academy
What about openstax
Idk many ppl say that they're not that good.
I wouldn't use them but they are free
the precalculus book on that page is only 200 pages for high school mathematics
its short enough that you can use it to figure out what else you might want to learn
I searched on Reddit
It also says that they're a piece of st
if you want a free book you can try http://www.wallace.ccfaculty.org/book/book.html or Yoshiwara
There's no real bad or good book, 2 + 2 = 4, doesn't matter which book you use. But some texts/websites are better than others.
Just pick one, get into it, if it doesn't work out try another one.
oh
I want to have pdf of ercegovac's intro todigital system's book
anyone knows where i can find it?
i recently happened to hear about this book called Handbook of Practical and Automated Reasoning by john harrison. here is a review. i thought you might be interested in checking it out @lean pagoda.
Yeah that's true
But somehow I get distracted by all these resources
And So I start getting confused
is it the first the second or none of them
The first one yes
Actually any would do
Does anyone have a recommendation book about a trigonometry that provides a complete explanation of what trigonometry is and its ratios and what it has to do with right triangles, any books ?
book by sl looney
really helped me a lot
@rotund eagle go to annas 
Where is it
Do I need onion for this?
??
tor I mean
no
I already searched on z lib, found nth
thats why i said go to anna's
bc i didnt find the book that you want on zlib but found it on anna's archive
Alright, let me see
type this: Introduction to Digital Systems jaime moreno
It asks me a bunch of verifications, one of the other links doesn't work in my area and I can't use vpn on phone cuz I am in train and it reduces speed a lot :(
If you can have the pdf downloaded, pls send me in dms. I am sorry for asking but that would be a big help š
Don't worry @keen orbit
One of the links worked after some time
I got the book
Thanks ā¤ļø
np sorry for being late to respond but i was off
discovering group theory or Groups and symmetry by Armstrong
Thanks 
#book-recommendations message this is a list you can check it too
Thank you
Hi, bit of an odd request, what's an undergrad analysis book with good exposition and lots of proofs that aren't left as exercises?
I want something to just read without working through it for when my energy for doing exercises is spent but I still want to absorb some math.
I really enjoy Taos analysis for this, the exposition is great, but he leaves a lot of proofs as exercises which is great when I'm working through the book but not great when I'm just trying to read some pretty proofs.
I think you're asking for a text that just isn't good for learning lol
Most analysis texts already have a good amount of proofs, or at least for the main theorems
But you need to have practice problems to ensure you actually learned the material
I mean I guess you can always look up a solution but that really is not a good habit to create for yourself
this is accurate
I laughed out loud, hard.
Most textbooks should require a student to do a bit of legwork, but Understanding Analysis by Stephen Abbott would suit you. Zorich proves pretty much everything in-depth, but his problems have a reputation for being significantly harder than average.
What does Langās Undergraduate Algebra cover? I can see the table of contents, but not exactly sure how that maps to courses.
He has a linear algebra book as well.
Does his Undergraduate Algebra book cover an intro Abstract Algebra? Any linear algebra? Both?
I'm going through it right now, it's content of a first semester abstract algebra course.
hello!
I hope i ain't piggybacking...
is there's a list for books that kinda covers a whole math undergrad curriculum... (I'm soon to be a math undergrad and I want to have a gist of what is laying ahead)
On a side note I looked over some 4chan's math charts but can't tell how legitimate they might be
any input is appreciated... and thanks in advance!
4chans math charts are not legitimate
Especially the one that's posted at the top of /mg/
so is there's something that could augment or fills the gaps per se ?!
not sure about the 4chan math chart, but the 4chan /sci/ wiki seems to have pretty standard bibliographies
could u pinpoint one in particular... (to make sure that we are on the same page)
in other words just give me a link for reference
i just did
click the blue word
that's amazing thanks
and @remote sparrow @narrow prairie thanks for ur input guys so far... I'm open for suggestions still.....
well okey... I did already... would you recommend anything on top (assuming that u have a first hand experience)
What is your current math level, the highest math you've completed or are in right now.
well I did up to a calculus 3 course if that counts... no proofs as of yet and some trivium (barely intro to logic)
except for those sloppy euclidean geometry proofs tho
(mostly of Oliver Byrne Book)
so the 1st 6 books of the whole "Elements"
I guess I know nothing
and I feel overwhelmed
I assume I lack a robust structure
So your next steps would be a proofs book. Pick any of the four in that image I sent you, and look for Naive Set Theory by Halmos
Linear algebra, take a look here
#book-recommendations message
And then either differential equations if you want to go a more applied route.
Or real analysis/abstract algebra if you want to go more pure math route.
You' might end up taking all of those courses, this is just for right now as next steps.
Abstract Algebra:
#book-recommendations message
Real Analysis:
#book-recommendations message
That's enough reading for the rest of the year, after you have done that, then go from there. Don't get ahead of yourself. It's 3-6 years of total textbooks. There's no need to have it all planned right now.
thanks a lot man... really appreciate the well put effort
I will start with that naive set theory it seems to be a perfect fit I assume it sheds the light on the ZFS set theory.... right?
anyone read this? https://archive.org/details/reallinearalgebr0000feke/
thanks g
Yeah
Thanks for the recommendation broš
Hi, Iām in Post 16 and Iāve almost finished learning my two maths courses (ocr a-level maths and a-level further maths). It includes quite a bit of calculus, from basic to implicit differentiation and first and second order differential equations. Are there any book recommendations for when I finish reading all this? Ig Iād want it to be for undergrads as thatāll be what I become next. I like learning and tackling calculus problems, algebra and trig, but Iād also want to get better at 3D vectors and matrices (up to 3x3).
Hey guys please any recommendation geometry book ?
What level of geoemetry... what is your background level of geometry and what is your goal in a couple sentences?
College geometry
Hey guys, do you have any book recommendation which talks about like history of numbers(bases), then go to arithmetic operations and just like that from the very basics with history reference?
Try this.
Hartshorne 
Thanks bro š
hey this is nice!
I was kinda hoping that was going to be the most ungodly algebraic geometry Iāve ever laid my eyes on
excellent
The only time a math book has threatened me
What background is needed for Category
where is this from?
Vakil I believe
(Oh well maybe I should've scrolled up a little more, yes it is Vakil)
dang i need this one, thanks g
prolly this would help me a lot to study for this last sem in a few months
wanna know where to find that mad man
what is the best textbook (preferably free online pdf form) for self studying calc 3?
It's Vakil so Stanford
check the mecmath main page
is this better than: multivariable calculus by stewart 7th edition?
its free
I've only heard nothing but great things about The Rising Sea, plus it's constantly updated.
Category Theory? Nothing.
Can anyone shed some light on how Bartle and Carothers compare?
This gives the same energy as Little Caesar's
"Is it good?"
"It's HOT and it's READY"
dissing little caeser's...
Yeah he's still fixing stuff afaik but I think he said content wise he feels it's mostly complete which is fair as it's 800+ pages lol
I still have a way to go, but I've had it on my computer forever lol
I'll probably be able to get to it in Fall of 2025
Any book for Euclidean geometry?
Besides Euclid's very own Elements? 
You can take a look at https://arxiv.org/abs/math/0702029
Or AOPS Introduction to Geometry
what is a good textbook for probability & statistics?
for probability use introduction to probability by seppalainen, pinsky and karlin for stochastic processes
is stochastic processes statistics?
it was a part of my university probability course
oh ok
which uni if i may ask?... thanks in advance... and sorry for interrupting
Hi Yāall, Iām wondering if anyone here can recommend a good book on the mathematics of pattern formation?
pattern formation in what context?
can anyone recommend a book for mathematical logic
Euclidean geometry in mathematical olympiads

On another note, I see the guy is a palantino enjoyer.
How good is RCA
Good = What are books you would recommend over RCA with similar learning objects and why?
you can look in pins
Yeah I have but other people have opinions
Also none of the pins address my question directly with RCA being main point of comparison
Thanks sourdrop
as a book for measure theory or complex analysis ?
#book-recommendations message i have done a comparison between folland and rca in the past if that helps
cult material
lol
I love this 
Ivan Niven is a good one (intro to theory of numbers)
Thanks this was well written
I was looking for more of its view as a measure theory introduction book
Ive seen some measure theory before but am looking for a book that explains why each topic is brought up
I dislike how books go chapter to chapter without explaining motivations for concepts ( or writing one sentence for it).
Which is what ive noticed with RCA at times
then i highly recommend an epsilon of room , it seems like just the book you are looking for
its my "motivation" source for real analysis
Thanks. My learning objective is to apply measure theory to other fields honestly speaking
Does anyone know any good quick lecture notes on analysis specifically series and power series
Does the language play a role?
Total Gamble: 1
I can only read English
okay then i do not know any good books except rudin maybe
I'll take the non-English notes
i like holes
anyone know some books on trig and calculus
Any recommendations on statistics?
my friend suggested something called BLACK BOOK
@timid phoenix sent you a dm for a pdf book on calculus
Does the material covered in an undergraduate algebra course require linear algebra?
It's often a prerequisite to take the course, but I've never understood if that's a mathematical maturity thing or if the material uses linear algebra. For example, does one need to cover linear algebra before moving to a textbook like Lang's Undergraduate Algebra or is the book/material self-contained?
for the theory of field extensions you need to know basic linear algebra yes
and module theory is in some ways a generalization of the vector space concept so you would want to know it there too if your course covers modules
aside from that, there are many interesting examples of matrix groups
yes, you should know basic linear algebra, but you don't need an especially sophisticated understanding for many books.
His book say it's recommended but jt doesn't require Linear Algebra beforehand, and in fact he states that book should be combined with his Linear Algebra text.
Artin does the two simultaneously
You can search MIT real analysis
There should be a lot of course notes
But beware of their accuracy
Some are done by students for their professor, they may have more errors
are there any books/class notes that have similar order of contents as rudin's pma?
or based on pma?
I know apostol is one but i'd like to know if there are more
What is your opinion on the book of proof. Is it good for a person that has 0 knowladge on how to proof write . Is it too vague?
the book is good
but I recommend keeping it as a reference rather than reading the book from beginning to end
like for example take a proof-based theoretical math course
and keep the book aside
ok
so how different is an introduction course about proofs in a math major
compared to what the book offers
My course was based on that book actually
We skipped combinatorics and came back to it at the end though
browder's Mathematical Analysis: An Introduction mentions rudin as a strong influence
The books by JiÅĆ Lebl mention pma an excellent text and biggest inspiration. Also, it's completely free - https://www.jirka.org/ra/
But it's at a lower level than Rudin
if you know where to look, every book is a free online book 
š“āā ļø
You can be more specific
Cuz there are many books catering to different readers
Basic statistics
Applied statistics
Statistics for physical scientist/computer science
And a lot more
Could anyone recommend a good book for the following course;
Content:
We will develop the basic notions of algebraic number theory. In particular, we cover the following
topics:
⢠number fields, rings of algebraic integers, discriminants, traces and norms, integral bases, and
fractional ideals as well as the related algebraic notions of Dedekind domains and discrete valu-
ation rings;
⢠the two major finiteness theorems: finiteness of the class group and Dirichletās unit theorem (both
via the geometry of numbers);
⢠irreducible elements, prime elements, unique factorization, and Euclidean domains;
⢠the decomposition of primes in number fields;
⢠localization and completion techniques.
Time permitting, as important special cases, we will consider quadratic number fields and cyclotomic
fields.
The official recommendation is Neukirch but it seems that Neukirch covers way too much so I wonder what would be the alternatives?
@finite gale
Any recommendations for a book that has challenging examples/problems in Complex Analysis? It's an undergraduate course for me but a book that's beyond undergraduate is also fine by me, thanks for any help!
check pins
Complex Analysis by Bak and Newman and Complex Analysis by Donald Marshall are also good
these books start with power series
Not really book recommendation, rather one for topics.
I recently get into algorithm theory, theory of automata.
Can someone suggest something similar?
Don't want to miss something cool there
you're asking for topics similar to automata theory?
and what is "algorithm theory"?
you're asking for topics similar to automata theory?
Just for something related, maybe it will be automata theory but more specific topics like turing machines or finite automatons.
and what is "algorithm theory"?
Theoretical computer science
Idk, maybe it's better to say computational complexity theory, computation theory, type theory. It's like all this topic about P vs NP problem
p vs np is specific to complexity theory
you might be interested in computability theory
standard advanced undergraduate references would be cutland or cooper
graduate references would be soare's Turing Computability, odifreddi, and rogers
You really dont even need to know they usually kinda just pop up lol
Probably this then
If you do Neukirch you'd be focusing largely on chapter 1, maybe a tiny bit on chapter 2. There are also notes by Milne that people like
Yeah that is what I dont like it's like 80 / 500 pages, which makes me think it is more encyclopedic than pedagogical. Do you think there is any book which goes over less concepts but more slowly?
The notes you mention seem really nice regarding that
Tbh I liked the subset of Neukirch that I read but yeah try Milne, maybe for something more gentle there's "Number Fields" by Marcus that some people here enjoy
neukirch is very pedagogical tho
Okay i guess i'll use both neukirch and milne and see which one i find better
can someone please suggest in what textbook (and in what chapter) I may find the theorem (and its proof) that an inverse of a contrinuous function is also continuous?
None because it's false
Neukirch is pretty nice i would say
Schroder Theorem 3.38
XD
The inverse of a continuous bijective function is continuous, i.e. an homeomorphism.
huh
thatās not always true, you can take for example the map f:[0,1) -> S^1 that takes t to e^{2pi i t}
this is certainly a bijection and continuous, but the inverse function is not continuous (intuitively, this is because it tears S^1 apart)
Continuous bijective function from a compact space to a Hausdorff space perhaps 
different books have different definition for same thing
i mean written in a different way
then how do i decice which definition to write in my notes ?
sometimes its even hard to tell if those definitions are equivalent
have to go by trust
how do i even choose a book in such a case ?
One could look up the internet for a list of all variations on the definition
So you can figure out which ones imply which, which have nicer properties, which are in common use in which area, etc
Oh true!
Any recommendations for a good pre-calculus book?
i have a cousin who's having trouble deciding whether to major in maths or not, do you people have any book recommendations for him, so that he can try some things out and see how a math degree problem is, and like how different it is from typical high-school math?
basically some beginner book with problems which would be a good representative of what a math major would be working on most of the time
If you really want beginner books maybe the free books on proving would be a really small step.
But I think going directly to what mathematicians work on and use is better. For that you can go for any of Knapp's "basic" books, which are also freely available.
There's definitely some others but I'm just naming some widely available stuff.
Also better if you can give some ideas other than 'math' - people usually have preferences
he likes euclidean geometry but i guess that's not really common at uni level
other than he said he likes algebra and calculus
Iād recommend something like āa concise introduction to pure mathematicsā by Liebeck
It gives a taste of loads of areas of maths and what doing maths is actually like at uni
But itās super super approachable and available online
that's exactly what i was looking for, thank you!
i'll look into those as well, thank you
You probably wonāt find a serious treatment of all of those in one book
I learned some o-minimality and VC dimension. What would be a good start for a pure math student to read about neural networks AND PAC learning AND (I doubt this part is possible) the connections to model theory?
You can assume my current knowledge about neural networks is 0.
Wonderful content, inconsistent presentation
@sage python here is a review of Advanced Calculus of Several Variables by edwards that you might be interested in reading
Oh yeah the students who took analysis before I did said they used Buck
I think they mostly didn't like it
I'm getting interested in the Olympiad style of math as a hobby. One of the reasons is that they tend to use some pretty fun techniques to solve problems that I really never heard of in school. They're not always tricks either. There's the alternative way of solving quadratics by using Po-Shen Loh's method (I don't know what else to call it. I'm aware he didn't invent it, but not sure if there's a more obvious way of describing it).
There's a lot of these very nice, genuinely useful algebra tools that I'd like to play with for fun. And I find the questions pretty fun as well. Since I'm not doing this for any actual competition, it's just relaxing.
I'd also like to find an enormous amount of problem sets, even if I have to purchase a copy.
Are there any resources that teach some of these tools in a friendly way? I'm very impressed with Po-Shen Loh's pedagogical style, but I don't think he's written anything substantial. I've seen some videos. I've looked at some of the olympiad books, but they either assume you're already initiated into the style of math the book is teaching or they're unbelievably dry. I'm sure there are good ones.
Try The Art and Craft of Problem Solving by Paul Zeitz
https://artofproblemsolving.com/community/c13_contest_collections has basically infinite problem sets
Any good books for beginning ap statistics?
Pierre Simonās Guide to NIP theories covers some VC and o-minimal stuff, and the NIP model theory stuff mostly (which o minimal is a particularly nice kind of NIP theory). I do not know a reference on the usage of VC dim or o-minimality wrt machine learning, but the contents may be helpful
I apologize for the lack of ML or o-minimal specific data, though if I remember correctly VC dim is related to online learning (or was that the stable theory one? Either way, might be a keyword you can use, oops)

Thank you
And last question. Iāve been a bit frustrated in my college algebra course. As one example, today a girl asked the question regarding completing the square: āwait, why do we divide by 1/2 there?ā The professorās response was ābecause thatās the rule,ā while pointing at the term.
That was the entire explanation for the why.
Virtually all arguments for elementary/intermediate algebra end up being āthatās the rule.ā
I guess it just isnāt obvious to me how the originators of algebra found the slope formulas, completing the square, quadratics, etc.
Iād like to find a book which tries very hard to intuit the logical reasoning behind these things. Preferably not using geometrical intuition. Iād like the see the algebra explained in terms of algebra, but with intuition and derivation in mind. I want to feel like I could have come up with these formulas and rules.
Dividing by 2 comes from the fact that the linear term (bx), the b is a sum of the two factors but when completing the square youāre trying to find those factors, so you know b is equal to 2 times the factors, hence dividing by 2 is required. As for other books, you can check out Langs Basic Mathematics, intended to provide a somewhat rigorous footing to pre calculus math
@heady juniper
Hi; does anyone have any book recommendations for free pdf copies online for Percentage, Successive Percentage, and Rate and Ratio
Thanks
Hi, I am trying to remember the name of a book I read 1-2 decades ago: among other things, it had the story of the derivation of the cubic formula for root of cubic polynomials with some various Italian characters involved in math contests at the time like Tartaglia and del Ferro and was quite a cute little story. I THINK the book may have been the book An Imaginary Tale: the Story of i, but I can't be 100% sure, could anyone confirm if they have read this and remember? Wanting to get it as a gift for a friend's high school daughter who told me how she goes to college math lectures and enjoyed one about the cubic equation, also open to other recommendations for something that's kind of story-based and educational but not in a textbook heavy kind of way (plz reply to ping me)
If you can find Basic Mathematics by Serge Lang, it's shown on page 19 and explained on page 83. Your professor isn't 100% wrong, a lot of these basic types of equations, it really is because that's the rule. If you were to just plug in randomly numbers and play around with it you'll discover a pattern, that pattern is the rule.
For example in this case, if you look at the equation of a quadratic $ (x+n)^2 = x^2 + 2nx + n^2 $ , you'll see that the middle term is two times a number times x, and the last term is the same number squared. So that means the middle coefficient = the square root of the third term, then mulitiplied by two. So to get what the third number is, you do it in reverse. Get your middle coefficient, and divide by half, then square that number.
Thanks! Another question: what should I know in terms of ML to understand this paper?
https://arxiv.org/abs/1801.06566
I have a model theory background so I'm just trying to figure out how to most efficiently learn ML basics needed for this paper š
About 25 years ago, it came to light that a single combinatorial property determines both an important dividing line in model theory (NIP) and machine learning (PAC-learnability). The following years saw a fruitful exchange of ideas between PAC learning and the model theory of NIP structures. In this article, we point out a new and similar conne...
This is exactly the online learning thing I was thinking of
I donāt know the ML stuff much and my model background sucks too, but if you already know the NIP and stability stuff, then they cite (under [8]) a paper detailing connections via VC dim stuff
Citations [7,9,11] seem particularly relevant
And those should be written math POV so the relevant definitions necessary should be usable @nocturne dust
i found some notes and homework that could go with rosenlicht (for real analysis) and edwards (for multivariable calculus)
hey yall any good lecture notes to follow along with Rudin's PMA? just looking for clarity on a few things that other books dont cover in the same way, or an alternate proof/explaination.
quick google search gave me this:https://bomongiaitich.files.wordpress.com/2008/10/silvia-em-companion-to-rudins-principles-of-analysis-web-draft-1999434s_mcet_.pdf
just asking if they are any tried and true ones out there
Real Analysis Lectures
by Professor Francis Su (Harvey Mudd College)
<@&268886789983436800>
crank alert
this is really something
- 1+1=1 Most say the most certain of things is 1+1= 2
but
1+1=1, 1 number + 1 number = 1 number
ie 1 number (10) + 1 number (20) = 1 number (30)
1 chemical (na sodium) + 1 chemical (cl chloride ) = 1 chemical (nacl
salt)
Thus mathematics ends in contradiction
š
i would not be surprised if this was a copypasta from somewhere else
i pray every day that these types of things are satire
to say mathematics is a contradiction is a bit silly, but it does raise a point that "obvious" statements like 1 + 1 = 2 are still fundamentally abstractions. it's kinda neat
I need a book about Number theory. And it will be great if there is a free pdf available
Rosenās elementary number theory could be good, if you google it Iām sure youāll find a PDF
If you mean Ireland-Rosen, that can be a little tough to a complete newbie, even if they do start from the beginning.
Niven-Zuckermann is a very accessible, but rigorous intro I think. There's also Silverman's "Friendly Intro to NT".
There is also the number theory lecture series by Richard Borcherds
No just Keneth Rosens Elementary number theory and its applications, it has basically no prereqs Iām sure any decent highschool student could get through it
I wouldnāt recommend a book that assumes ring theory to someone who isnāt sure which type of number theory theyāre looking for lol
It doesn't assume any ring theory though, he literally defines what an ideal is. Strictly-speaking, Ireland-Rosen has no prerequisites, but the pace is pretty brisk, which is why I wouldn't recommend it to most newbies.
He says the following, but the first 5 chapters (which constitute the basics of NT, i.e. modular arithmetic) require no algebra.
Ok thatās fine, but I did mean just Rosens book lol, I agree that Ireland Rosen isnāt a great recommendation for a total beginner even if it is theoretically possible
(Iām currently taking a course that has them both as recommended references so Iām only sort of familiar with them both, but Elementary number theory by Rosen is definitely accessible to anyone)
i want practice calc 1 & 2 questions for my exam especially calc 2, does anyone know any book or resource to practice for my college exam?
you could probably do well with an AP Calc AB/BC prep book, Bartonās or Princeton Review
Is there a regular Calc book that tries to teach you the material solely through problems?
Opinion on I.N Herstein's 'Topics in Algebra' vs 'Abstract Algebra'?
AFAIK the latter is a watered down version of the former, which is a nice text. The group theory chapter and the final chapter on 3 theorems are great, the rest are a little lacking.
ah, I am specifically looking for problems in group theory so 'Topics...' should be the go to ig?
thanks
any non-dated textbook along the same lines
that you'd suggest?
It's not "dated" like a humanities text might be, the math is ageless, just there are some that do it a little cleaner and better.
Jacobson's Basic Algebra, but it can be tough for newbies. Although tbh it's not like Jacobson is light years ahead of Herstein, it's still a great book.
those books are so based
yea, ofc
ah, alright
thanks
as in?
As in what?
Forget what I said before, it's not "dated", just some more modern texts are a tiny bit more streamlined. It's not a huge difference. It's only downside IIRC is that it doesn't cover rings/fields as well as it does groups.
based on what brosky???
yea-yea, I got your point
I don't know if you're trying to set me up for a joke, but based means good, it means I approve of the book.
The reason I think its based is because the writing style and the topics it covers.
Like ch 6 and 8 are not covered in dummitt and foote, herstein or aluffi if i remember correctly and those chapters are really dope
Neither is rep theory of finite groups
which is in jacobson2
yea lol, but I was just like, looking for some elaboration, nothing else
Ooh interesting
have you heard of martin burrow's book on that topic
I came across it in this old-books store
idk if it's good
I haven't.
ah, alright
I was gettin it for cheap so I was wondering if it was worth it
spivakš
Have anyone here read "Probability approximations via the poisson clumping heuristic"
?
And what is opinion
this sent a few hours after i typed it wtf
John Stillwell has Elements of Number Theory which is great for introductory level and self-study. It's meant to be combined with his Elements of Algebra as an introduction to abstract algebra.
Thanks, I will listen to the lectures mentioned above and probably find this book
anyone know a nice introduction to hyperbolic space and in particular the poincare disc model?
Nice introduction for differential calculus and integral calculus?
- https://www.ime.usp.br/~gorodski/ps/Courant-DifferentialIntegralCalculusVolI.
- for just introduction, literally any calculus textbook you can find
- A Hitchhiker's Guide to Calculus - not a textbook, more of supplament material
diff geo book recommendations?
i would like to learn some over the summer when this semester ends
*if it matters, it should be noted that i have an interest in GR too
and i would like to have a proper math background for when i decide to eventually go study it
Yeah I keep meaning to do the same, I have random hodge podges of notes for about every subject but I need to actually sit down for a couple hours and organize it all. It would be helpful to refer and copy+paste
all roads lead to do carmo
whats your current math background?
oh yeah that is probably important
only elementary analysis and linear algebra as of rn; also hey, good to see you again
if i need more than that, do tell me
and i can set aside diff geo for later
you have two options, learn very computational riemmanian geometry (which is for sure feasible and prob how most physics students learn diff geo first) or learn the underlying framework of manifolds
if you want to learn about manifolds then you are in position to crack open Lee's Topological Manifolds, it will go through all the topology you will need too
then you can prob crack open Lee's Smooth Manifolds after that
which is where diff geo/top begins
funny, i downloaded all three of Lee's manifolds series a while ago for no good reason lol
Topological Manifolds is not a bad place to start than
sounds good, i had suspected that topology was going to be needed
yep, very important. You will have a leg up compared to most other students who do GR if you have a good grounding in topology
more specifically diff top
smay recommended do Carmo; would i need to read that as well or is that not necessary?
differential topology is important
you should have some topology under your belt
if you're gonna try and read it
Lee's Topological Manifolds is exactly what you want then.
Can someone suggest from where I should learn Lagrange interpolating polynomial
Maybe not so much books, but perhaps more YouTube.
Does anyone have any good resources of other people doing/going through Analysis or Abstract Algebra problems? I'm not talking about lectures, there's plenty of those, but just a video purely on working out and writing the proof. Like how there's thousands of videos on solving calculus problems.
i learnt it from FIS (Friedberg, Insel, Spence's Linear Algebra 5th ed.) but there are probably other places
Okay
FIS has only a brief section on it, though i admittedly dont know how deep the subject runs
okay, gonna go for that then
ty for the recs!
theres a yt channel called "Wrath of Math" who has a bunch of playlists working out proofs.
https://youtube.com/playlist?list=PLztBpqftvzxVvdVmBMSM4PVeOsE5w1NnN
https://youtube.com/playlist?list=PLztBpqftvzxXAN05Gm3iNmpz9SkVfLNqC
https://youtube.com/playlist?list=PLztBpqftvzxWo4HxUYV58ENhxHV32Wxli
not sure if this is too much hand holding from what you are looking for
That's funny I think I've used a couple of their videos before for set theory lol I'll browse the rest of them, thanks!
check out Differential Geometry of Curves and Surfaces by kristopher tapp and another book of the same name by do carmo
I can read books all day but I have 0 motivation for actually doing proofs myself, so anything helps.
this dude singlehandedly saved me when i was learning monotone convergence
I found some videos by James Cook too, haven't gone through them though
Barrett O Neil's "Semi-Riemannian Geometry with Applications to Relativity" maybe
don't let him cook
Or, if youāve done analysis, you can also read sutherlandās Introduction to metric and topological spaces, which motivates topology nicely
Good alternative to Sutherland is Magnus Metric spaces, Iām almost finished it now and itās really really good
Friedberg
Cool to hear people liking recent books!
Any ODEs book recommendations?
Iām in applied math and this is my first ODEs course
is the art and craft of problem solving a good book to prepare for an olympiad?
My course is using Differential Equations, Dynamical Systems, and an Introduction to Chaos by Hirsch, Smale, and Devaney. And I do not like it. So, I am looking to see what other books people recommend haha
Any book that focuses on problem solving? Also, I haven't done calculus yet, so I believe it would be better a book with no calculus problems
is there such a thing as a book about Intro to Algebra?
No matter how far I go in my math education, my poor grade school math education keeps haunting me in my upper-level math courses by always highlighting how i can compute something but not truly understand it
like using the word irony, you know more often than not how to use it but not how to define it
I think that might help
are you a complete beginner in Algebra?
ill be honest, I don't even know what algebra is. How I managed to do well in Linear algebra is beyond me
not beyond me, i related a lot of it to data science
if you love books then I think this one will be good then but if you love videos I could recommend something
can you give an example about computing something you do not understand?
very good
I can tell you something is a multiple/divisible without being able to tell you what it means
i can do it now after spending a week on the idea
but it makes me mad that im deep in my math education to finally understand something that should be elementary
Ah okay. I think it's kind of normal for people from high school to only have a foggy idea of this stuff
You could look at something like Lang's Basic Algebra, but if you already took Linear Algebra, I feel like you don't need that
ya, math education can be weird. We're given ideas as kids that we dont look back into until years later, kinda like pre cal
In an Introduction to Real Analysis book, generally the first chapter will be about the explaining those properties. Just a brief overview
thats good to hear, im working towarsd that course currently
And that's where I learned that stuff honestly
I think Abstract Algebra is where that stuff really gets covered more
(which is what I am taking now)
I plan to learn about how the Real Numbers are constructed after learning Field Theory in Abstract Algebra
so yeah, I think I wouldn't sweat it too much?
Intro to Real Analysis will really help in deepening your understanding of how the real numbers work
i was thinking of taking that course, do you reccomend taking it much later after real analysis or before?
ya, i know, i can just be hard on myself sometimes
Depends on your school? I think the material is separate from one another
I'm taking the second course of Real Analysis at my school alongside Abstract Algebra right now
@balmy crown do you study math at uni?
yes, its just not consistent
is it a part of your course but not your major?
my major is CS, im an online student, im trying to get into a PhD in biostatistics which require Real Analysis and Numerical Analysis
unfortunately upper level math is limited online
so ive been taking it wherever the math is offered
there are lots of cool books for free online and upper level math
what book do you need?
im taking foundations of mathematics right now at emory, ill be taking real analysis at John hopkins, numerical analysis at osu, and probaility theory at penn state
i got the books covered for the most part
for the classes im taking
cool
i read through Book of proofs for my foundations class and my school is using intro to abstract math
i have a lot of recommendations for real analysis, im just not sure which one is the right one to start with
the classes im planning on taking it uses The Way of Analysis, Revised Edition (Jones and Bartlett Books in Mathematics)
but its a thick book
it's not about which one is right to start with, it's about which one you understand better from it
exactly, thats what i meant
Some books do just suck though
i liked the book of proofs because it went in depth while explaining it in plain language
which helped me understand intro to abstract math more. They both go in different orders too
yeah mathematics books could be so complicated
lol ya
if you don't have a good foundations in mathematics and you jump for example to real analysis or whatever
and bring a book
you will feel shit about mathematics
but as you are in CS, I recommend to you to learn only what's linked to your major
and don't go to deep in what's not required
do you recommend taking some other courses before taking real analysis?
well i like math too, i dont just do it for phd requirements. Real analysis and proofs are very much used in biostats
honestly more math would only help in most cases
not really, you need maybe someone has a PhD in mathematics or something so they could know which thing before what thing helps
but here's a thing
I have learned
lemme tell you about it
let's say you have zero knowledge in mathematics but you learn it for CS
go straight forward to the things that are related to CS with math
you will get stuck a lot but with googling and chatgpt
you will fill the gap
that's easier than getting math from the beginning
strichartz is long because he's wordy, not that more content than usual is discussed
because math like a blocks builded above each other so if you keep taking the idea of oh I will do this before this to understand this, you will go so back
just to learn a small thing you want
people often say to "fill in the gaps later" but university is the best time to get a solid foundation
I completely agree, it through experience in programming that made me appreciate what I learn today. Set theory would've been nonsense to me if didnt learned about sets in Python programming. So I do have an idea of what would be helpful.
ya, you dont learn to appreciate it till later
Yeah, my point as long as they ain't specialized in Mathematics, they don't need to get it in the right order like algebra then linear algebra then ....etc that will take lots of time and effort otherwise they could start directly to learn what they need in mathematics for CS and when they stuck, they could ask, google, use AI
I get that, ill just stick towards meeting the requirements for now then
im just overthinking things
Real Analysis would be great for someone studying Computer Science.
Real Analysis, and Abstract Algebra are roughly 2 semesters each worth of content at the undergrad level and don't have any pre-requisites except your regular calculus courses and ability to read/write proofs.
Set theory and a proof writing book would be the only real prerequisites, it seems you've already read up on set theory and honestly you can figure out proofs while learning introductory real analysis ans abstract algebra.
gotcha, for real analysis, do I need to have other knowledge aside from calculus and proof writing? I'm not sure everything that i will learn in foundation of math since he didn't write a syllabus. Would i be ok if i dont end up learning about things like relations or functions in depth?
I would say no, higher level math classes is where you learn things in depth
At my university you study Pre-Calc -> Calc 1-3 -> Linear Algebra -> Proofs -> Analysis and Abstract Algebra
that is so relieving to hear
You arguably donāt even need all that depending on the text you use
Yeah I think in other universities, Real Analysis is combined with Calculus courses
Something like Tao you could use without having even covered proofs before, and Iām sure there are other books which donāt assume calculus either. But yeah assuming youāve done calc and youāre vaguely familiar with proofs youāll be fine, my uni teaches proofs with basic analysis
ya, you're right. I looked at the courses syllabus and they even have a preliminary week where they cover proofs and infinite sets
@balmy crown if you pick a popular enough book, there will be tons of resources online such as walk-through or answers to exercises to see where you're going right or wrong.
For example MIT OpenCourseWare and YouTube
you got any beginner-friendly recommendations?
Hey Salagos, how's it going?
Tao is very gentle and really starts from the beginning. His exposition is incredible, loads of good problems, Iām a big fan of his books. Ross and Abbot also have good books for beginners
Analysis I: Third Edition right?
The other 2 books people usually recommend for analysis are by Rudin and Spivak but Iād avoid them for a beginner
Yeah I think thereās a 4th edition out but it wonāt matter theyāll be basically the same
sweet, ill start with Tao then. I had like 7 book recommendations in this topic but didnt know which one would be the right one to start with
cause some math books give more vague explanations and expect you to understand some ideas without mentioning them or they go into a weird order
Yeah like I said thereās loads of good books, but Iād say pick one of Tao, Ross or Abbot and just stick with it, all 3 are good and very popular so youāll have plenty of resources for them
...opinion on Spivak?
*(as a first intro to analysis, i meant)
Good, yourself?
Pretty good. Just sitting around now, doing nothing š
Never read it, heard itās hard to read and dated so wouldnāt be my first choice
fair enough
its amazing. spivak and some russian books is how i learned calc, and im using those techniques on rudin (and still getting cooked a lil bit). but its very rigorous and its recommended to use supplement material.
i'm using spivak rn, which is why i asked!
i wouldn't call spivak dated or hard to read, it's probably the best calculus book
i bought a copy of spivak just to reference sometimes š maybe im a sucker
Spivak is great, just not for everyone.
Yeah Iām not saying itās bad, people wouldnāt still be using it after all this time if it was, Iāve just heard itās very dense and requires a lot of work on the readers side (which isnāt bad!) but personally those things wouldnāt leave it as my no.1 recommendation, and as I said Iāve not actually read it thatās just what Iāve heard about it
I'm sure this has been asked a million times but is there a decent pre-alg book aimed at adults that's sold in print? https://www.ppstest2.com/PreAlgebraBook.pdf I've been using this one and like the style but I haven't found it in print and I get distracted when reading digital
i recommend: games and information: an introduction to game theory by Eric Rasmussen, 4E. is a good read for leisure and/or uni
That Game Theory book looks interesting. Is it difficult to read due to various math concepts? I'd like to read it but am afraid it would be hard to understand
Guys, by any chance, does anyone have the book of
Topology for computing / Afra J. Zomorodian
in pdf to see me could give it to me in pdf by fa
spivak prob the reason i fucked up on my bio tests š never had the time to study
assuming by "aimed at adults" you mean it doesnt go at a snails pace, maybe try Aops prealg.
aops = art of problem solving?
yeah
aimed at adults as in, I have some math knowledge, like how to find a dot product or do a matrix transform but I'm completely missing my fundamentals
i think aops does that well, it reinvents the circle for most concepts.
lmao idk how to do a matrix transform or take a dot productš
this is pre algebra??
(a.x * b.x) + (a.y * b.y) + (a.z * b.z) for a 3d vector
this literally just looks like algebra
bro got books for every subjectš
aops goat
It's something I just picked up from writing shaders
except their calc book all other books are š
no real reason to use a prealgebra book if you're at that level
if there isn't somewhere you can buy a copy of that book or aops isn't suitable, maybe find an easy algebra text, many are good on helping with that
you could also just print the pages at your local library etc
why is the used version more expensive than the new one on ebay š
you're gonna need to get a bit more creative with shipping
jewels are not found on amazon usually
is there a reason why you don't have a preference for ebooks?
or printing it/using notes
dunno, I find physical easier to read
well you could zoom in/use a tablet and OCR or change the lighting
for this level doing the problems is more important
I know
oh, it's not a vision issue
just something subconcious, can't put a finger on it
I agree books are better
if you cant get Aops prealg on amazon.nl, there is also the book "Competition Math for Middle School" which goes over prealg, alg, geometry, and a little bit of number theory (its also an aops book too)
oh wow isnt that something, they sell only the solutions manual for prealgebra on amazon.nl
amazon.de has it, but doesn't ship to nl for some reason
even though half my amazon packages are dispatched from de or fr
they have the set of textbook + solutions book but it's 120ā¬
maybe get the set used from some seller
no used options
maybe sour was right, US is kinda based
https://www.hagglezon.com/en/s/1934124214 had to search hagglezon by isbn, looks like uk, spain and a few others sell it
yea just gotta get creative with your shipping options
oh, for amazon it's easy, no difference where you order from, other than wait times (at least for western eu)
I've had orders from dutch amazon ship from spain, france, germany, italy, you name it
They have a way to filter through which books you might want. They're all good though.
https://data.artofproblemsolving.com//products/diagnostics/intro-algebra-posttest.pdf
https://artofproblemsolving.com/store/recommendations.php#algebra
0/10 on the test
use their full sequence
https://math.stackexchange.com/a/2609851 benefits of their books by an aops shill
For problem solving there really aren't many other options at this level of quality, really wish it was the standard in the US
aops education in american high schools would revolutionize academia
Don't get me started on the American education system lol last time I ranted for 2 or 3 hours
Hello, any books that cover all math up to the high school level? I am looking at algebra, geometry, and trigonometry. It should contain proofs and problems! (on a difficulty scale, anything above medium is fine)
I wouldn't mind if multiple books were suggested for different topics, but it's a tiny bit easier to read from one source as an unmotivated high schooler.
no khan academy
That test actually humbled me lmao A lot of people ask what's the hardest part of Calculus and I always tell them very few people actually get the Calculus part wrong, most of the time it's an algebra error
Basic Mathematics by Serge Lang is a semi-formal and rigorous text covering high school math, however it lacks in motivation (which means the book is shorter and to the point)
I have read a bit of this book, but I feel like it lacks problems. It's fun to prove things, but I would like not to always pull my hair and solve some actual problems.
also, does this cover factorization and graphing? they tend to be my weaker points.
Oh that's funny because I feel it has tons of problems lol
Books with any more problems are like twice the size and/or multiple textbooks.
Or plain old dedicated workbooks.
I am fine with books that are twice the size, not a problem for me. I basically have nothing serious to do for the next four months.
there isn't a book that does all three of those in the same covers. there are many algebra and trig books though. precalculus books are also essentially algebra/trig books most of the time
Precalculus books tend to "review" basic stuff, and leave out a lot of details, as far as I have seen. Which is not quite what I am looking for.
Multiple books are okay if there is no appropriate single book.
I just remembered that there was this book which might be too easy though since you mentioned using shaders before. Perhaps some of your discrete math will help with your studies @hybrid lake
just get 1 precalc book then as most are all the same and will likely have that review even if it's brief
you can try precalculus made difficult though or college algebra+trigonometry by leithold
Probably not at the level you're looking for.
Is this suggestion referring to me?
yes
will try them out, thanks for the suggestion.
if you can't find commercial texts that fit your criteria, maybe search uni archives for stuff
Also I meant to just skim through Lang's Introduction to Linear Algebra and instead I ended up looking at his Linear Algebra and spent today reading it all in one sitting and that was rough: my brain is fried.
At last: geometry in an exemplary, accessible and attractive form! The authors emphasise both the intellectually stimulating parts of geometry and routine arguments or computations in concrete or classical cases, as well as practical and physical applications. They also show students the fundamen...
no algebra books? :(
Why do both of these books cover so little content?
sounds like the opposite of what i would expect from "Precalculus made difficult"
I would always prefer too much tbh
you might want much more than whats found in a single book... so go with what sour just dropped
I think i will go with his "Algebra and Trig" book, even if i die in the process of reading it.
axler
needless suffering tbh
hmm well actually maybe youd like aops
they have a lot of books
My brain spends too much effort on "finding the perfect book", and too little on doing math
its almost like it wants to trick me
I have looked at them, i am not sure wether i like them or hate them.
not sure if there are any uni books better than whats posted around here
so ultimately its preference
Just go through a book, any books, and the next book you read, skip the material you're comfortable with. Eventually you'll get everything you need without worrying about which textbook to use first.
okie dokie
aops intermediate algebra and precalc are probably pretty comprehensive
they cover a fair bit more than what you'd need for a standard precalculus sequence but that's for the better imo
Any physical precalc textbook you guys would recommend?
Beginners book on statistics?
"The cartoon guide to statistics" by gonick and smith
its pretty fascinsating
anyways
Thanks
those images in axlers book are really over the top
did the publisher force them to make it like that
the later chapters are really good, along with solutions makes it a gem
it's filled with plenty of exercises
what is it with publishers using these crappy templates though
"Example" boxes take up damn near the entire page
Hey guys, found John B Farleigh's abstract algebra book and got it, what do you think of it?
I looked at the latest edition of linear algebra done right and it honestly looks ugly
I'd use old books just to not be bombarded with rainbow colored ads in a learning experience
Exactly
Hey guys
What would be the best source to understand functions from basic till advance level?
