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G933 Giveaway     Discussion Thread
What's the biggest number? by Nathaniel Sacklespear - Fri, 23 Sep 2016 09:54:08 EST ID:XssdERJk No.15209 Ignore Report Reply Quick Reply
File: 1474638848911.jpg -(72632B / 70.93KB, 720x960) Thumbnail displayed, click image for full size. 72632
Assume we had all the possible methods of information storage in the universe and all the resources of the universe at our whimsical disposal.

What's the largest number we could put down in some kind of recording before we ran out of universe?

So I guess the core question I'm asking is what's the most compact way to write large numbers? Is there anything that beats out scientific notation? And what's the greatest extreme to which we could conceivably take this?
47 posts and 6 images omitted. Click Reply to view.
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Alice Shittingcocke - Sat, 20 Oct 2018 06:10:20 EST ID:5g68MXfj No.15708 Ignore Report Quick Reply
>>15209
Numbers and functions are just descriptions, a frame of view.

Therefore the answer is the universe itself, i guess.
>>
Phineas Buzzman - Thu, 01 Nov 2018 06:43:13 EST ID:b7eZ6RH9 No.15710 Ignore Report Quick Reply
This thread made me research some weird stuff. I discovered that binary numbers are roughly 3.32 times larger than their decimal counterparts. 3.32 is roughly the golden ration times 2.

I have no idea if this means anything

Also the fibonnaci sequence/golden ratio can be observed in binary by assigning the numbers 1 and 2 to the digits 0 and 1 and adding up the sum of the 1's and 2's of every integer in a sequence. The number of times the sum repeats itself before changing creates the fibonacci sequence and thus the golden ratio

0 = 0 ........................1........................1
----------------------------------------------------> 0!
*1 = 1 .......................2.........................1
----------------------------------------------------> 1
*2 = 10 ....................2 + 1 ................... 3
----------------------------------------------------> 1
3 = 11 ....................2 + 2 .....................4
*4 = 100 ..................2 + 1 + 1................4
----------------------------------------------------> 2
Comment too long. Click here to view the full text.
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Phineas Buzzman - Thu, 01 Nov 2018 06:44:41 EST ID:b7eZ6RH9 No.15711 Ignore Report Quick Reply
>>15708
Being somebody who philosophically tends to agree with idealism and the Pythagorean view that everything is numbers/mathematics, I see the universe as one infinite number generator
>>
Priscilla Cluvingcocke - Tue, 20 Nov 2018 05:24:48 EST ID:lAYCd5GP No.15715 Ignore Report Quick Reply
8 is the largest number. If you look at almost any font, the 8 will cover more total pixels than any of the other numerals.
>>
Sophie Claybury - Tue, 11 Dec 2018 22:42:15 EST ID:AQ7xCSUt No.15717 Ignore Report Quick Reply
how high can you count?


anti-integral sentiment by Nigel Murddock - Sat, 19 May 2018 20:55:41 EST ID:7K6K80ZQ No.15656 Ignore Report Reply Quick Reply
File: 1526777741014.jpg -(72899B / 71.19KB, 640x420) Thumbnail displayed, click image for full size. 72899
why do women hate math?
1 posts omitted. Click Reply to view.
>>
William Hevinghudging - Thu, 14 Jun 2018 14:53:36 EST ID:1puAuUud No.15670 Ignore Report Quick Reply
1529002416185.png -(219554B / 214.41KB, 368x398) Thumbnail displayed, click image for full size.
>>15656
Because they are put ata disadvantage through historical providence making their general population mathematically inadequate #saying-what-were-thinkin
>>
Phineas Hoshpet - Tue, 07 Aug 2018 23:18:07 EST ID:m06I9X2J No.15678 Ignore Report Quick Reply
They have superior interests
>>
George Meshhuck - Tue, 04 Sep 2018 15:20:02 EST ID:OSXLfLmf No.15684 Ignore Report Quick Reply
>>15678
>math is an inferior interest
>posted on a mathematics board
>>
Fanny Sunderbury - Thu, 20 Sep 2018 16:49:17 EST ID:FrkujoHr No.15690 Ignore Report Quick Reply
1537476557929.png -(80496B / 78.61KB, 263x378) Thumbnail displayed, click image for full size.
>>15656
Gender roles.
>>
Lillian Fozzleshaw - Thu, 22 Nov 2018 23:07:42 EST ID:13EwkDw2 No.15716 Ignore Report Quick Reply
>>15690
Yes but the best chefs are male. Your move, antifa


STEM board by Edward Billercherk - Thu, 01 Nov 2018 23:17:54 EST ID:wEixRtMH No.15713 Ignore Report Reply Quick Reply
File: 1541128674493.jpg -(82993B / 81.05KB, 1280x720) Thumbnail displayed, click image for full size. 82993
Incredibly slow board, maybe we should have /stem/
>>>/420/247062
>>
Rebecca Brumblefire - Tue, 06 Nov 2018 03:35:28 EST ID:AQ7xCSUt No.15714 Ignore Report Quick Reply
there are like 4 or 6 boards that make up stem


The Term(ak)inator by Cedric Crindlespear - Sun, 25 Feb 2018 20:31:27 EST ID:z4kZLurp No.15613 Ignore Report Reply Quick Reply
File: 1519608687520.jpg -(71509B / 69.83KB, 510x445) Thumbnail displayed, click image for full size. 71509
Are current Artificial-Intelligence/machine-learning projects harnessing the power of heuristic algorithms?
>>
Martin Sublingstock - Mon, 26 Feb 2018 14:24:39 EST ID:ul+v22Tg No.15614 Ignore Report Quick Reply
current AI learning projects have surpassed human understanding. we have bots who teach themselves via teacher bots but the methods are more of a pass/fail check and how the bot arrives at a passing grade no one knows
>>
Phineas Buzzman - Thu, 01 Nov 2018 07:00:28 EST ID:b7eZ6RH9 No.15712 Ignore Report Quick Reply
>>15614
I get tired of this "no one knows" thing which I feel is just a meme at this point. Just because these bots are learning faster than we can teach them and using languages that we find difficult to read doesn't mean their algorithms cannot be understood and used to teach humans how to perform the same operations.

I don't think any of these bots have been applied to or learned anything so complicated yet as to potentially require an unknown amount of time to grasp by humans. I'm not saying it wont happen eventually.

At least it's not as bad as the "Artificial intelligence" clickbait meme itself.


Advices for Mathematics Undergrad Student by Cornelius Blatherdock - Thu, 18 Oct 2018 08:03:00 EST ID:ojtNcCTZ No.15696 Ignore Report Reply Quick Reply
File: 1539864180728.png -(233260B / 227.79KB, 496x349) Thumbnail displayed, click image for full size. 233260
Hello guys.
I need your help. My first year in college is began boring me. I am mathematics undergrad student and I feel bored. Lessons are hard for me and I don't know how to work my lessons.
I need resources, working videos and something else.
I give you list of my lessons. I am waiting for your advices.

General Mathematics - Something like Beginning calculus, we use Adam's Calculus book. You can give advices for calculus and pre calculus.

Analytical Geometry

Abstract Mathematics

Physics 1 - 1 lesson for physics, we only see mechanics releated thing

I am depressed and my brain is crashing.

Last thing: I need cracked or free version of Maple 2015 or 2018. I use Linux.
>>
Lillian Pocklefuck - Sat, 20 Oct 2018 04:46:11 EST ID:jg7MI6/F No.15707 Ignore Report Quick Reply
You should stop saying you're bored when you mean you're challenged and finding it difficult.
Were you praised for cruising through highschool math without ever lifting a finger, and now you completely lack the ability to confront that? That is what it sounds like to me honestly (I tutored math undergrads for awhile and this happened a lot)
Talk to your advisor and your profs.
Nobody's going to provide you cracked software here, it's foolish to ask. Check maple's site if they have a demo, but likely you're asking because your course requires it, in which case your school probably has a license.

Get good sleep, get good exercise, forgive and love yourself.
>>
Martha Dartforth - Tue, 30 Oct 2018 21:20:05 EST ID:wEJf0pZR No.15709 Ignore Report Quick Reply
I went undergrad Physics, but there's obviously a lot of overlap with math. Here's a few things that helped me:

https://www.khanacademy.org/
A bit obvious because I think everyone knows Khan Academy by now. Sal's videos are informative, but he gets kinda spergy about certain things and goes on tangents, so they can get a little difficult to follow. Overall pretty helpful.

http://patrickjmt.com/
This guy does amazing videos, much better organized than Khan and he does really great example problems.


Superman Prime by Samuel Ginderstone - Thu, 18 Oct 2018 19:38:58 EST ID:bWRuE3ZW No.15697 Ignore Report Reply Quick Reply
File: 1539905938116.jpg -(74839B / 73.08KB, 568x438) Thumbnail displayed, click image for full size. 74839
The largest mersenne prime starts with 738905609893065022733042746057570078131803155705518473240871278225225737960790577633843124850791217947737531612654788661238846036...-+1 It's the largest prime you can approach with computation.

Have a nice day.
3 posts omitted. Click Reply to view.
>>
Simon Nirringford - Thu, 18 Oct 2018 20:04:21 EST ID:bWRuE3ZW No.15701 Ignore Report Quick Reply
>>15697
There are exactly log_10(2) (without a decimal point) numbers in this sequence. 7....3....8.....9.....0....5
>>
Simon Nirringford - Thu, 18 Oct 2018 20:05:16 EST ID:bWRuE3ZW No.15702 Ignore Report Quick Reply
>>15697
Yes. It's infinitely huge and cannot be approached in any time frame.
>>
Simon Nirringford - Thu, 18 Oct 2018 20:16:17 EST ID:bWRuE3ZW No.15703 Ignore Report Quick Reply
So, in order to represent every prime possible you need a dimensional complexity equal to the limit of gamma(x) as x goes to infinity. Let's keep in mind that complex numbers has a dimensional complexity of 2 and octionions of 8.
>>
Simon Nirringford - Thu, 18 Oct 2018 20:18:14 EST ID:bWRuE3ZW No.15704 Ignore Report Quick Reply
>>15703
Imaginary numbers are useful for giving real numbers extra smoothness... But any expert can tell you that imaginary numbers are completely useless. Any imaginary number that exists can be represented by two reals.

This is law.
>>
Simon Nirringford - Thu, 18 Oct 2018 20:36:14 EST ID:bWRuE3ZW No.15705 Ignore Report Quick Reply
2^x as x goes to infinity can also be represented as a number near e^e with magnitude I've left unspecified.


Dabble by Hugh Wicklelatch - Tue, 21 Mar 2017 08:41:37 EST ID:6dRMI9a4 No.15425 Ignore Report Reply Quick Reply
File: 1490100097900.jpg -(73609B / 71.88KB, 600x400) Thumbnail displayed, click image for full size. 73609
I have hardly a basis for math and forgot most of it anyway.
I'd like to get my math level a bit up, it seems like fun now

How do i start?
1 posts and 1 images omitted. Click Reply to view.
>>
Molly Mommerbury - Wed, 11 Apr 2018 14:09:43 EST ID:81ybSDIP No.15642 Ignore Report Quick Reply
>>15426
I agree. When you're outside of the forced, structured regiment of school you may find yourself slip A LOT. If you don't commit to a routine, a schedule, you'll be that guy who reads and does math for 2 days, takes a break, and forgets all the shit he just toiled over to learn. STAY COMMITED, BE HONEST WITH AND STUDY YOUR WEAKNESSES AND MISTAKES.
>>
Molly Mommerbury - Wed, 11 Apr 2018 14:14:30 EST ID:81ybSDIP No.15643 Ignore Report Quick Reply
>>15425
I agree. When you're outside of the forced, structured regiment of school you may find yourself slip A LOT. If you don't commit to a routine, a schedule, you'll be that guy who reads and does math for 2 days, takes a break, and forgets all the shit he just toiled over to learn. STAY COMMITED, BE HONEST WITH AND STUDY YOUR WEAKNESSES AND MISTAKES.
>>
Isabella Singerhidge - Thu, 19 Apr 2018 16:12:23 EST ID:aQB82KvS No.15644 Ignore Report Quick Reply
are you good with geometry? thats pretty foundational to higher math. trigonometry specifically is like, the bridge to a bunch of crazy shit
>>
Charles Paffinghall - Sun, 30 Sep 2018 20:11:29 EST ID:iKPdVfyo No.15692 Ignore Report Quick Reply
>>15425
smoke
weed
every
day
>>
Lydia Bezzlewater - Tue, 02 Oct 2018 02:02:37 EST ID:jv54YqLK No.15693 Ignore Report Quick Reply
>>15642
this hit me and my unused math BS right in the sad bone


Plz Halpz by Angus Panderbutch - Wed, 12 Sep 2018 12:35:45 EST ID:KKaDJ32c No.15685 Ignore Report Reply Quick Reply
File: 1536770145526.jpg -(64316B / 62.81KB, 500x540) Thumbnail displayed, click image for full size. 64316
So yeah this is for a test coming up, but it's not even in the book.
Nobody will probably answer in time, test is tomorrow (don't even know if this will come up), but I'm still curious how one would solve this:

For function ƒ where ƒ(x) = kx + m it's true that:
ƒ(x+4) - ƒ(x) = 2
and also
ƒ(m) = 6

Wanted answer is the ƒ itself.
My brain is full of fuck just trying to get a grip.
Any tips of direction would be greatly appreciated.
We've done solving for parts of it but never add/sub by ƒs themselves.
>>
Angus Panderbutch - Wed, 12 Sep 2018 14:01:17 EST ID:KKaDJ32c No.15686 Ignore Report Quick Reply
>>15685
I mean I don't even know what to search for, search term function addition / subtraction only yields results for several distinct functions, not add/sub of the same function. Just knowing what to search for would be great.
>>
Hedda Gazzlekot - Thu, 13 Sep 2018 01:27:30 EST ID:tZxUrG1r No.15687 Ignore Report Quick Reply
>>15685

Googling random shit will only take you so far. f(m)=6 tells you that km+m=6.

So m(k+1)=6.

Now the f(x+4)-f(x)=2 part. Plug in x+4 for x in to f(x)=km+m for the first one.

k(x+4)+m-(kx+m)=2

Distribute and cancel things out.

4k=2, so k=1/2. Now remember that we know m(k+1)=6. So we can plug in k=1/2 and solve for m.

This is a system of two equations with two variables (k and m for you) so you can solve it for a solution by taking one of them and solving for it, then plugging it back in to the other.
>>
Hedda Gazzlekot - Thu, 13 Sep 2018 01:31:12 EST ID:tZxUrG1r No.15688 Ignore Report Quick Reply
>>15687

The trickiest part of this is figuring out what f(x+4) is. The x+4 is replacing the variable x, so every occurence of x you replace with (x+4) *with the parenthesis*. Also with f(m)=6 it might make you want to think, oh ok, so m=6. But the same thing is true, you have to replace x with m to get km+m=6.
>>
Jenny Blemmlekone - Sun, 16 Sep 2018 12:51:28 EST ID:KKaDJ32c No.15689 Ignore Report Quick Reply
1537116688785.jpg -(28394B / 27.73KB, 196x270) Thumbnail displayed, click image for full size.
>>15687
>>15688
Thank you very much! Gonna give it another go in a bit with your replies in mind.

Thankfully this wasn't on the test, but even so, stuff like this that's related to what you're already doing but you don't have any idea how to go at it makes you so hungry for getting a grip on it.


Improving my math skills by Nathaniel Nendlegold - Tue, 21 Aug 2018 07:10:17 EST ID:8YC3dOvK No.15680 Ignore Report Reply Quick Reply
File: 1534849817746.jpg -(37454B / 36.58KB, 680x680) Thumbnail displayed, click image for full size. 37454
Hello, I am a high schooler (non-american) with a weak base in mathematics. I want to get good at mathematics, physics and chemistry for future studies. Like I mentioned, my math skills aren't very good, my physics and chemistry are quite weak aswell.

I want to get good grades in the upcoming tests, and I thought of doing some drug to enhance my studies. Is this stupid? I feel like I could learn 10x what I would learn sober
>>
Henry Sellystone - Tue, 21 Aug 2018 10:22:32 EST ID:/j1eU+l7 No.15681 Ignore Report Quick Reply
Study High
Test High
Get High Scores
>>
Caroline Surrystock - Thu, 30 Aug 2018 18:16:45 EST ID:KKaDJ32c No.15682 Ignore Report Quick Reply
>>15680
I dunno if drugs would be a good idea.
But you could jedi math tricks, like chewing a specific flavour of gum every time you study math and then chew the same gum (if you're allowed to) while taking the tests. It's like pavlovs dogs but on math, instead of salivating you expept to do math so brain brings forth what it needs to solve math.

Most mathish drugs would probs be stimulants, but most don't have the willpower for it. Most report back that they just masturbated for 12 hours instead and got nothing done at all, even if they'd have done at least some work sober.


Hey Neeeeerd by Alice Bleffingford - Sun, 23 Jul 2017 18:23:32 EST ID:n3nShEOS No.15542 Ignore Report Reply Quick Reply
File: 1500848612257.jpg -(59386B / 57.99KB, 580x407) Thumbnail displayed, click image for full size. 59386
Why do you post here? Wouldn't it be easier to go to a forum or something that is specifically created for mathematics discussion? Why do you post here and wait like 4 weeks for a reply from some stoned hippy when you can go somewhere else for quicker and more informed input?
8 posts and 1 images omitted. Click Reply to view.
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Hamilton Gacklebanks - Thu, 15 Feb 2018 07:54:31 EST ID:QvmnWvcn No.15608 Ignore Report Quick Reply
PORN.
>>
Ian Chemmleforth - Sun, 18 Feb 2018 17:09:36 EST ID:JCgRdXcX No.15610 Ignore Report Quick Reply
It should honestly be merged with some other STEM boards. It's dumb to have 50 boards with 4 posts/week instead of a few boards with healthy activity.
>>
Charles Paffinghall - Thu, 22 Mar 2018 22:05:30 EST ID:5jiNtEAL No.15637 Ignore Report Quick Reply
>>15542
for the same reason jesus hung out with hookers and leppers, because he was one
>>
Martha Bobberhall - Thu, 29 Mar 2018 05:39:35 EST ID:suE+DM+5 No.15639 Ignore Report Quick Reply
i ' m f u c k i n g h i g h , m a a a a n n n n n n n n n
>>
Wesley Dollerdidge - Thu, 21 Jun 2018 21:08:03 EST ID:RDREtx1H No.15672 Ignore Report Quick Reply
>>15610
combine math with tinfoil, because thats all math is at this point, a conspiracy theory


Is there a formal way of representing "currency denominations?" by Augustus Himmlewick - Sun, 20 May 2018 16:15:17 EST ID:KdxuUdQ5 No.15657 Ignore Report Reply Quick Reply
File: 1526847317954.gif -(772771B / 754.66KB, 380x285) Thumbnail displayed, click image for full size. 772771
I've recently been trying to write a tail-recursive program which counts how many different ways `x` amount of money can be made using `y` denominations of currency.

I started making progress when I noticed that my denominations didn't need to have different values. They could all be worth the same amount, and the program would still work correctly. It seemed a little odd to me, that I was generating unique combinations of things that all had the same integral value. On my computer I just see:

f( 1 ) = 1
f( 2 ) = 1
f( 1 ) =/= f( 2 )

^and that makes me a little uncomfortable. Now, because these kinds of rules are actually really useful inside of my computer, I was wondering if they've been rigorously studied by mathematicians. Is there a name for these things? Are there papers I can read?
2 posts omitted. Click Reply to view.
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Archie Pockfoot - Thu, 31 May 2018 00:02:42 EST ID:drSlH/C1 No.15663 Ignore Report Quick Reply
>>15657

Sounds like you're trying to find solutions to polynomials with multiple independent variables.

For instance finding ways to add up to a dollar with pennies, nickels, and dimes is a solution to the polynomial 0.01x + 0.05y + 0.1z =1. Diophantine equations are a special type of this, with 2 variables.

The 3 equations you listed there are inconsistent with each other, so I'm not sure what you mean by that part.

Since we are trying to find different ways to add up to a certain amount of money, the total degree of your polynomial is always going to be 1. In general, if we have a linear polynomial with 3 variables there are going to be infinitely many solutions. But since we want our solutions to be triples of natural numbers there are going to be finitely many.

This field of math is called algebraic geometry, and it's a really deep topic even if it seems like you are starting with a simple problem. If you are interested I'm sure you can search around and find good introductory books on it, but I can't provide a suggestion as I don't know much abot it myself and don't know your background.

The number of ways to add up to a dollar doesn't depend on the value of a dollar, just in the number of smaller parts you can break it down in to. In other words the dollar being worth 1 yen or 1million yen makes no difference.
>>
Samuel Cranningsack - Thu, 31 May 2018 00:05:29 EST ID:rcbFGyVC No.15664 Ignore Report Quick Reply
>>15663
Sounds like you're trying to find solutions to polynomials with multiple independent variables.

For instance finding ways to add up to a dollar with pennies, nickels, and dimes is a solution to the polynomial 0.01x + 0.05y + 0.1z =1. Diophantine equations are a special type of this, with 2 variables.

The 3 equations you listed there are inconsistent with each other, so I'm not sure what you mean by that part.

Since we are trying to find different ways to add up to a certain amount of money, the total degree of your polynomial is always going to be 1. In general, if we have a linear polynomial with 3 variables there are going to be infinitely many solutions. But since we want our solutions to be triples of natural numbers there are going to be finitely many.

This field of math is called algebraic geometry, and it's a really deep topic even if it seems like you are starting with a simple problem. If you are interested I'm sure you can search around and find good introductory books on it, but I can't provide a suggestion as I don't know much abot it myself and don't know your background.

The number of ways to add up to a dollar doesn't depend on the value of a dollar, just in the number of smaller parts you can break it down in to. In other words the dollar being worth 1 yen or 1million yen makes no difference.
>>
Fanny Fupperford - Sun, 03 Jun 2018 02:26:17 EST ID:3oORF0f9 No.15667 Ignore Report Quick Reply
1528007177643.gif -(1560B / 1.52KB, 174x14) Thumbnail displayed, click image for full size.
>>15664
Wolfram alpha says the thing what I am dealing with is called a "frobenius equation" which is a kind of diophantine equation where the coefficients and solutions must be non-negative integers.

I do have a textbook on discrete mathematics, but unfortunately the words "diophantine" and "frobenius" appear nowhere in the index.
>>
Fanny Fupperford - Sun, 03 Jun 2018 02:28:09 EST ID:3oORF0f9 No.15668 Ignore Report Quick Reply
>>15667
Oh shit, I didn't think that would happen. The .gif I uploaded displays properly on wolfram alpha's website:

http://mathworld.wolfram.com/FrobeniusEquation.html

nb
>>
Fuck Sickledodge - Mon, 18 Jun 2018 16:39:08 EST ID:DSHkuT0l No.15671 Ignore Report Quick Reply
>>15668

If you want to solve these with a computer you could try one of the various math suites. Some of them support calls from other languages, so if you want to write your Python program and then call something else to solve your equation and give back some solutions as a list it shouldn't be a problem.


Considering switching majors because I feel stupid. by Wesley Gomblefit - Fri, 01 Jun 2018 04:10:31 EST ID:8qcGgPl+ No.15665 Ignore Report Reply Quick Reply
File: 1527840631174.jpg -(584441B / 570.74KB, 1920x1200) Thumbnail displayed, click image for full size. 584441
Hey there /math/. So to make a long story short, I'm retaking Trig in school and now is the second time I'm doing poorly in the subject. I studied every day for a week for the last test and got a 62% (D). While it was a fantastic blow to my self esteem, I really don't want to give up on my major (CS) and change to accounting. I'm worried if I don't nip this in the bud now I'll never get anywhere.

I know I'm learning incorrectly. I genuinely enjoy mathematics and programming, thought I feel like once I get to discrete and calculus I'm going to be fucked.

Are there any methods/books/sites you recommend to learn math in way where you understand it? Once I get a concept down it's cake, I just seem to take longer than I think is normal to understand it.

Thanks in advance.
>>
Nicholas Sinningshaw - Fri, 01 Jun 2018 05:17:43 EST ID:drSlH/C1 No.15666 Ignore Report Quick Reply
>>15665

How are you studying? Any textbook for trig that you are told to get for the class should be decent. CS shouldn't require you to take more than a few calculus courses and the discrete course too. Are you struggling with the trigonometry or more fundamental stuff?

Make sure you read the section in the text before attempting problems, and the examples too. Most math classes won't have a problem on the test that isn't similar to something that was on a homework assignment, at least in the concept you used. I think the biggest mistake people make in math classes like this is just attempting the problems with what they know and could sponge from the lecture without reading the actual section in the book.

I'd suggest reading all the examples you have then attempting problems. The khan academy is a good place for videos. I watched their videos on stuff when I was learning calculus and it helped me. I wouldn't spend too much time on their exercises though, because as I said the stuff on your tests is going to be coming from your book and homeworks.

If you can't find a solution to a problem or two, write it down and take it to your instructor's office hours. The college you're in pays people just to sit their and wait for people to come in with questions like that, don't feel that you have to have a really tough problem or that you're burdening them. Most places should have a "math lab" type place where there tutors in a big room where you can bring your work and let them know if you're having trouble, they'll come over and get you pointed in the right direction most of the time.
>>
Martha Manderbury - Sun, 03 Jun 2018 12:28:56 EST ID:sR7kJ2DP No.15669 Ignore Report Quick Reply
It’s ok man. Your brain works like a muscle and sometimes you just have to give it a lot of exercises to make it a strong muscle. Then you’re good.

Read through the chapter, take notes and highlight (highlighting alone doesn’t actually do anything to help you learn but it never hurts). Follow all the examples. Review your notes and work the exercises. Don’t look at the answer until after you’ve tried it. It’s tougher but you’ll get more out of your studying that way.

I think your problem is just focus, which is not uncommon.
Also Khan Academy is great for visualing concepts and I recommend it to anyone having trouble.


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