Edit: it appears that this is not exclusive to ADHD.
Posting this meme stemmed from my own efforts to explain my thought process when doing math and how it is similar to other people with ADHD doing math, while being different from every neurotypical person I’d talked to on the same subject.
While I didn’t make the meme itself, instead finding it in my saves and wanting to share, I did accidentally spread misinformation that I had only backed up with personal anecdotal evidence.
I’ll leave this up just so people can see the explanation below but this appears to not be ADHD related and just due to different people doing math in their heads differently…
uhhhh that’s not how everyone does it?
7+6
You need 3 to get to 10. 3 left over. 10+3=13.
I’d split up the 6 into (3,3) in my head
Same thing as 7+3+3
Common core math calls that “friendly numbers”.
Nah, I’m down with the 9s. 9+6 is 15 so it must be 13
Nah that’s 8+8=16 so 16 -2 is 14. 14 -1 is 13, so 13. or as my maths teacher said. Wat? 1 point, negative 0.5 for incorrect formula 0.5 total. Even though it always worked!
Edit: Hell other ways to work it out. 7+7=13 logically vs my calculator so 5+5+5 = 15. 15 is incorrect why? because +5 is +2 more than necessary so 7+7 must equal 5+5+3 which = 13 or as my mental maths exam told me Fuck you! You Fail! Can’t do maths in 10 seconds then you are either removed or have another mental issue, to the stupid class you go! (It wasn’t stupid class if those students got the support they needed they would have excelled!) (You had to pretend to be “normal” to make “academic progress”))
3+3 =6. 6 < 7 so 3+3+3+3 = 12 but 6<7 so 12+0.5+0.5 =13
It is. Some people find more common numbers easier to add, then just figure out the difference. People in this community love to call totally normal stuff “adhd logic.”
This has nothing to do with ADHD… mixing up stuff is just confusing people
I try not to be all “that’s not ADHD that’s just normal” here but yeah this one has nothing to do with ADHD.
A Therapist told me that there is a lot of nonsense on the web, especially in the AuDHD space, and yeah it tends to go in a “you are a scorpio, you do X” way
I’m a scorpio and I do X all the time
This guy fucks X
One of the worst parts of the latest ADHD wave
And I try not to be all “I’m not ADHD and I do this” on this com, but it’s true.
I’m sorry, but this is a silly statement. This is by no means an ADHD thing. It’s a pattern understanding or logic
I’m trying to teach my kid this. Not to use this specific method for addition, but recognize and understand patterns in math.
What most people misunderstand about mental illness diagnoses is that most people have most of these symptoms. It’s only when these symptoms overlap and disrupt your ability to *healthily function as an individual that they require a diagnosis and medication/therapy.
Edit: Added healthily as that’s the real distinction.
That’s the smart way to do math. I mean not with such small numbers but you’d do the same thing adding up large numbers, you break down the numbers and rearrange them in a way that’s easier to compute.
Algebra probably feels intuitive to you.
They’re also trying to teach that in math classes (it gets called “new” math) but the boomers are freaking out because “why can’t they just do normal additions like we used to, this is so complicated”. And the answer to that is, 99% of the time you’ll be doing algebra because we literally all carry a calculator in our pockets and sometimes on our wrists at all times and we never need to just do a long division. And that kind of thinking really makes it easy to break down formulas because your brain thinks in terms of moving stuff around in an equation.
I think the reason “new math” gets flack, is because it’s a new way of teaching math, and alot of teachers aren’t as good at teaching in that way yet. Still, kids should be taught that it can be a way one does calculations. Another thing I think should be incorporated into early childhood education is the use of an abacus, the Japanese do this and it supposedly helps greatly with mental math.
I was in school way before the new math thing. I figured out doing it all in my head like this on my own because i hated writing out and solving math problems. Especially long division, and was able to coast through all my math classes. It felt pretty natural, which is how I think they decided to start doing “new math”.
9 X 47= ?
No problem.
10 X 47 is 470. Need 47 less than that.
70 minus 40 is 30.
30 minus 7 is 23.
9 X 47 = 423.
They’re also trying to teach that in math classes (it gets called “new” math) but the boomers are freaking out because “why can’t they just do normal additions like we used to, this is so complicated”.
So, as a childless Xennial, I have to ask… is today’s “new math” the same “new math” that people complained about in the 60s?
If so, that’s an awfully long time for something to be shunned as “new.”
we never need to just do a long division.
Truth. I recently got a neuropsych evaluation and part of it was an unexpected (to me) IQ test. And staring me in the face, for the first time in ~30 years, was a few pages of arithmetic problems. Took me a minute to recall how to do decimal multiplication but it did come back to me. Long division? Nope. Had no freaking clue. Given that it was timed I just left blank anything I couldn’t work out in my head. Maybe if I had time for trial and error I could have eventually figured it out. But one thing is for sure… the odds of me ever needing that skill again are fairly low.
This. I went from 50s and 60s to high 90s in my last 2 years of high school math because we were getting taught wave functions and real science math finally and all you need to know there is how to figure out which formula to use and which numbers to plug in. I’m terrible at basic arithmetic but crush algebra and later got good at food math by necessity. Also just finding ways to not count as much helped. Like when doing catering we would store plates in basically giant poker chip sets on wheels. People used to stack em in randomly until I finally figured out the closest multiple of 10 you could get to in a stack before going over the top. It was 70 plates and each dolly or whatever had 4 slots for stacks, so if all was in place each was 280 which made getting the plates ready for events way quicker cause people didn’t have to manually count them, just use your 7 times table and then count the remainder to add or subtract. Once I figured out that you don’t necessarily NEED the math you learn in school but if you remember to use it, it can really fucking speed things up. Also all math should be represented as algebra from the start, instead of 2+2= and leaving a blank space phase it as 2+2=x and solve for x. I think more complex algebra wouldn’t scare kids as much if they knew they were kinda doing it all along.
isn’t the problem specifically that some people just can’t really do intuitive math for small numbers? like all through school everyone else just breezed through memorizing the multiplication tables and i just sat there manually adding numbers together and felt so fucking stupid and worthless in math class
the smart way to do math
the smart way to do math is called “use a calculator, sweatyy”
…Sweetie, you need to learn to spell more than to learn math.
lmfao gottem
This is how it is supposed to be taught. Common core has this exact quality of numbers explicitly shield or in primary school curriculum. Numbers are not static objects but the composite of infinite functions that can be used to determine the value in whatever base number system you want. Next time someone says school didn’t teach math remind them that the US is something like 30th in the world at math and when the department of education tried to do something about it parents said it was too hard to understand and we just kept falling backwards.
Source : I have a BA and masters in math with a focus on education
I agree that this is how it should be taught. I wasn’t taught it until high school. And even then it was by a university student who came to our physics class to talk to us about the kinds of things we could expect in university. :p
I’m in Canada btw.
No, since 6+6=12, then because 7 is one more than 6, 6+7=13
7 + how much is ten? 3
How much is left? 3
Ten plus however much is left = 13Wait I do that kind of math and I am not adhd?
I’m aspergers with adhd, so 🤷
7 is closer to 10 than 6 so we consider that 7 is really just a 10 with a size-3 hole in it and we fill that hole with 3 from the 6 giving a 10 with 3 left over which make 13.
Also not an ADHD thing.
That’s my strat too. Also confused what this has to do with adhd
But… But… That’s just CORE MATH YOU CAN’T CHANGE MATH! /s
MATH IS MATH
6=3+3, 7+3=10, 10+3=13
PS I had to edit this post because of typos.
wait, no, this is how everyone does math. right? …right?
I think so, but I’m so deep on the autism spectrum that I’m probably SCUBA-certified, so…
i was gonna say, this is ADHD math? I just thought this was mental math in short lmao.
That’s just called using heuristics, friend, though if ADHD impeded their progress in math, maybe ADHD people rely more on heuristics than neurotypicals do.
Yeah this is just math.
That’s how our math teacher taught us to take shortcuts in elementary school.
7+6=? 7+3+3=? 10+3=? 13=13 (Not ADHD)
I calculate percentage like this. If 100% is the value, then I know what 10% is, then1%, so I do increments of both until I get to the correct value.
It may sound stupid,but it does help me get a % fast enough.
Thank you! That’s pretty neat. I tried 27% of 65
I added two 10% increments (6.5+6.5)… but instead of adding 0.65 (1%) seven more times, I added a 5% increment (6.5/2 = 3.25) and then 2 increments of 1%
So 6.5+6.5+3.25+0.65+0.65 = 17.55
I still had to use a calculator to add those weird numbers (and also check my work), but it does seem really practical for easier numbers. I usually need percentages for pricing (i.e. discounts/tipping), and the percentages are normally in increments of 5%, so that’s pretty useful for figuring out a 15% or 75% of something real quick… or at least get me really close (when talking about something like $X.99)
Regardless, I appreciate the head trick!
Edit: I guess I could’ve done 30% and then subtracted 1% twice; but it’s the same issue (of adding weird numbers) with the same outcome anyway. So thanks again!
Another neat trick: X% of Y is equal to Y% of X. That is, in your example, 27% of 65 == 65% of 27. So check and see which combination might provide fewer steps/messy numbers.
13.5 (50% of 27) + 2.7 (10% of 27) + 1.35 (5% of 27) = 17.55
Ahh, that’s a really good point! I forget about the “X% of Y = Y% of X”
Honestly, I normally just use a calculator quick (move the decimal twice, multiply and all that jazz) for weird percentages or I want a precise answer.
But I like knowing different ways of thinking about it because it can become easier than using a calculator (with practice). And it’s fun, cause I’m a bit of a math nerd
Ooh good trick
