I've been hearing this since I was a kid, though back then they just blamed the use of digital clocks instead of phones.
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“Numerous students”
Gotta love that completely nebulous and undefined number. It also sounds like a non-zero number simply have to be instructed to read the clock in order to understand it. Could be like 20 kids out of a school of 400. Oh noes the education system has completely failed!
Others have tried to evade the spirit of the ban, using other digital devices sich as older iPods, or bringing walkie-talkies to school.
I'm not an advocate of smartphone bans, but necessity is the mother of invention, and I suppose that if some kids start cobbling together packet radio solutions to talk with their friends and reach the Internet, it'll probably be an educational experience.
I'd be hilarious if they started using and contributing to the meshtastic network.
Of course we could just have schools that don't blow so hard you want to tune it out and am electronics club but since we apparently hate kids they gotta invent their way around censorship
Next they’ll be surprised to find that they don’t know long division, cursive writing or 6502 assembly language
Tbh I think teaching 6502 assembly would be a great idea. You can learn the basics of how computers work without having to deal with all the complexity of a computer from 2026.
It's better to use an AVR for that. 6502 was a ridiculous kludge for the sake of slightly improved code density.
Yeah anything not too complex will work. We had to implement a PIC simulator in university, I thought that was a great exercise too.
Although 6502 actually was my first assembly language.
What is AVR?
8 bit MCU series popularized by the Arduino a decade or two ago. Kind of obsolete now but still has some uses and attractions.
Is there a such thing as an intentionally simplified assembly language, perhaps one that targets a VM, for ease of development and learning purposes? Like the assembly equivalent of Lua, I guess.
Exactly. I’m wondering how many of those teachers could use a slide rule or even an abacus. We’re far enough along now that I bet the majority of teachers would also be lost when confronted with a log table or a topo map and a compass.
Astrolabe and sextant? They’d be totally lost.
I bet most teachers don’t know how to saddle a horse, card and spin wool and flax by hand, or even use a clutch on a manual transmission vehicle, either.
[edit] Ooh… thought of another one! I bet none of the children know how to use a rotary phone either. (In fact, since POTS has been fully DTMF for over 20 years, I doubt a dial phone would actually function today without a converter).
And yet, we still have analog clocks all around us. Seems to me we should know his to use them... Unlike a sextant.
Still, knowing what those things are and how they work just might be useful if something similar becomes important for some reason.
Those things should be known by at least enough of the population to bring them back and use them if everything goes apocalyptic.
If things start falling apart, I'm throwing in with the Amish.
Learning to read analogue clocks also helps provide some foundational learning for circular geometry - being able to quickly identify relevant segments of a circle and their respective fractions (5 minutes = 1/12 = 30° = π/6 rad etc.) helps build towards being able to compute circular geometric problems more easily in later years.
Its good to know how to grow a turnip as a fallback skill.
And raise a barn
Turnips more or less grow themselves, but raising a barn without modern cordless tools and truss plates requires a lot of the skills we should be lamenting the loss of. Hand saws, hand planes, handmade nails (that are expensive), hand sharpening and sanding... there's more to building a barn than growing a field of turnips is all I'm sayin.
I remember we were taught a segment on how to use an abacus and how they worked, because it demonstrated certain mathematical principles. Of course I don't remember now how to use one, but I'm sure that visual demonstration of the mathematical concepts helped us as we were learning math. In the same way, learning about analog clocks at a young age would probably help with learning about geometry/trigonometry, angles and degrees, arcs, etc.
6502 assembly language
Z80 would be good too. The kids should be able to implement the instruction set on a breadboard by intuition alone. There's something wrong with the teachers and Big School if the kids don't have it running CP/M by the end of the school year, preferably with a working port of Hack.
Youth of today are a failure. They neither show the initiative to adopt new and improved practices the way we broke from those of our parents' generation, nor the wisdom to recognize that our generation's ways are the correct ones and should be followed to the letter.
Don't mind the people who can't get a joke, I thought this was funny.
Yeah, I share your view. I wish that the youth of today could have grown up in a better world than I did, but unfortunately for most, that's not the case. Sure, there are some things that are better, but by and large, young people are facing so much hard stuff. In spite of that (and perhaps even because of that), I have seen so many of them who are deeply caring and engaged in politics.
You have to be paying attention to this one. An /s would have been a good idea.
When I grew up we looked at the height of the pile in the hourglass and we liked it! The rich kids all had sundial wristwatches though.
Some might call this a "teachable moment ", no?
Exactly my thought. Not only are you getting the opportunity to teach a skill that had not previously been taught, but you are also able to help kids better understand the concept of time and why we use certain words to define time. Win win.
It's wild to think that, "It's a quarter to 8," must be a mental exercise for some people. That is, instead of having an immediate understanding from being able to glance at an analog clock and think, "That's clearly 1/4 of an hour," it instead relies on a cognitive exercise that requires a knowledge of division and subtraction (60 divided by 4, then subtract the result from 60.)
Though I tend to think of time spatially, in part due to being raised with analog clocks. They're much easier for me to read and understand at a glance without having to process much. Reading a digital clock requires converting it to analog in my mind, because the spatial appearance of the hands is what my brain makes sense of. I sometimes hear from people who can't do that though, who instead have to convert the analog to digital in their minds. Which is fine, it just sounds much more "mathy" to me and like it takes more work than making sense of shapes. But to each their own.
There's an interesting technology connections video on how analog clocks can be easier to parse how "far" through the hour/day you are with just a quick glance. Hand almost at the top means the hours almost up, for instance.
do we need a video essay to know that a clock display that is basically just progress bars is a good way to tell progress in that progress bar?
I have trouble with numbers (they didn't have dyscalculia when I was a kid) and this was a chief complaint of mine, moving from elementary school to high school, where the clock were all digital. I had to "convert" it in my head to the clock face so my image-oriented brain could properly grasp it. Took me a few years to normalize it.
They still teach analog clocks in kindergarten or 1st grade. All my kids learned.
Possibly the case here as well. I learned roman numerals in school enough to pass whatever was on tests, but everything past 18 is a mystery to me now; probably because there isn't a final fantasy 20 or whatever yet.
Unless it's deeply internalized, knowledge atrophies from disuse.
Possibly the case here as well. I learned roman numerals in school enough to pass whatever was on tests
Note that there are multiple systems of writing them.
https://en.wikipedia.org/wiki/Roman_numerals
While subtractive notation for 4, 40, and 400 (IV, XL, and CD) has been the usual form since Roman times [citation needed], additive notation to represent these numbers (IIII, XXXX, and CCCC)[9] very frequently continued to be used, including in compound numbers like 24 (XXIIII),[10] 74 (LXXIIII),[11] and 490 (CCCCLXXXX).[12] The additive forms for 9, 90, and 900 (VIIII,[9] LXXXX,[13] and DCCCC[14]) have also been used, although less often.
The two conventions could be mixed in the same document or inscription, even in the same numeral. For example, on the numbered gates to the Colosseum, IIII is systematically used instead of IV, but subtractive notation is used for XL; consequently, gate 44 is labelled XLIIII.[15][16]
Especially on tombstones and other funerary inscriptions, 5 and 50 have been occasionally written IIIII and XXXXX instead of V and L, and there are instances such as IIIIII and XXXXXX rather than VI or LX.[17][18]
Modern clock faces that use Roman numerals still very often use IIII for four o'clock but IX for nine o'clock, a practice that goes back to very early clocks such as the Wells Cathedral clock of the late 14th century.[19][20][21] However, this is far from universal: for example, the clock on the Palace of Westminster tower (commonly known as Big Ben) uses a subtractive IV for 4 o'clock.[20][c]
IIII for four o’clock but IX for nine o’clock
Very interesting - I have a newer Timex with RN on my (left) wrist right now and never thought about alternate notations for the numbers. Turns out it uses "IIII" for 4 but "IX" for 9 rather than spelling it all out in additive form. The designers made a curious choice for people wearing the watch on their left - the 9 o'clock "IX" is upside down so that it reads "XI" from the point of view of the wearer rather than, thus it looks like 9 is 11.
We had to learn RN when I was a kid, and I assume that's only because there were a few RN clocks remaining out in the world. I've never felt like I need to process the numerals on a clock anyway - once you know what position corresponds to what hour you're good to go. Many clocks and watches don't have numerals at all and that doesn't impair most people from using them.
I remember seeing a clock with roman numerals at a beach house as a little kid and thinking it was a clock for ghosts or skeletons.
the 9 o’clock “IX” is upside down so that it reads “XI” from the point of view of the wearer
What do you mean? For roman numeral clock faces, all the ones I've ever seen have had them oriented radiating from the center.
So happy to hear this. I thought maybe I was just ancient…
I used to get this as a kid, this would have been about 1990 when I was 6 and at no point did anybody realise IT WAS BECAUSE NO-ONE TAUGHT ME, after that my mom spent an evening explaining it to me and after that I was fine. This is why I hate those videos where they give kids retro tech and laugh at them for not knowing how to use them, despite never being shown them before.
They should do those videos but give them an hour or two to mess around with it first, observe the results.
Gen-Xer here - do they not teach kids this in kindergarten or 1st grade or w/e anymore?
Students in the city’s school system are meant to learn basic time-telling skills in the first and second grade, according to officials, though it appears children have fallen out of practice doing so in an increasingly digital world.
They're supposed to, but if they never use it because they don't have to, they'll just forget how.
I mean parents should be teaching them too but here we are, blaming everyone else.
Yep, it seems to be the new American Way. I have one analog clock in our family room and I periodically ask my son the time. He's not always right, but he's pretty good.
I'm genX. I take him camping, hiking, biking and show him the plants and objects he can use when he needs them. Some of it sticks.
When society forgets the basic skills, a simple shock can bring it down. Permanently.
'Old clocks'? You mean... analog clocks? The ones in practically every household outside of America?
And in! Lots of homes (edit: and other places!) have analog clocks here in the US. Historically, the US has had some really beautiful designs, too.
My mom has a thing for clocks. There are some places in her house where you can see 5 clocks, not counting watches or smartphones. No, I don't need a clock in the bathroom, yet there it is. Granted, some of those are digital clocks, but some are also analog with Roman numerals.
in practically every household outside of America?
Is this actually the case anymore?
It takes just a few minutes to learn how to read an analog clock. Once you've got the idea, you'll be slow deciphering the time at first, but once you start doing it, very quickly you'll be reading it immediately with just a glance.
I see analog clocks all over the place, especially waiting rooms and public buildings, and I have a very nice pretty one in my house. I think the people saying they're not being used anymore just aren't noticing them, they're just background scenery to them and don't enter their consciousness.
I learned how to read one over 20 years ago, when am I supposed to get to the point where it's just a glance? (And it's not like I rarely encountered analog clocks growing up, the only clock I could see during breakfast was an analog clock...)
I don't mind them but for me digital is much faster to read. Granted it's still like 2 seconds at most so not like it really matters, but I find it to be noticably more mental effort.
Every classroom I was in from kindergarten through university had analog clocks on the wall, so I was absolutely able to just glance. For years.
But since I haven't been in a classroom for so long, and I'm not surrounded by analog clocks anymore, I think I've mostly lost that ability and I've found that it takes me a couple of seconds nowadays to decode it.
It's definitely a skill that needs to be practiced to keep it up
How do you not read it at a glance? After 20 years you think you would just notice the general shapes, its all basically the same, especially if you simply round everything, which is what a lot of people do as time on an analog clock is rarely used super precise.
1/4 or 1/2 after or before, and almost.
Then what hour is the small hand approaching?
Quarter to 3.
Half past 1.
Almost 4.
Seems pretty simple. Unless you are used to 24 hours, then you would have to ignore or add 12.
If I know the hour already it's usually at a glance since I just need to see the general area of the minute hand (unless it's one of those clocks where the minute and hour hand are barely different in length so i have to first figure out which is which, but that's just a design problem).
But otherwise, or if I need to know the time more precisely (which is kinda often tbh since nowadays I mainly see analog clocks in train stations) it takes me a second or two. Whatever it is that'd make me able to read them in an instant just never got wired in my brain i guess. Digital clocks I can read at a glance.
It might be digital clocks fault that I mostly think about time in minute precision and that then might have made it harder to ever build the pattern recognition for slightly rougher time reading from analog clocks
It would just depend on how often you actually use them, it's just familiarity. If you had one in your house/classroom/office that you looked at whenever you wanted to know the time (as it used to be before digital), it would take only a quick glance. Your brain recognizes the shapes, just like it recognizes words in your native language immediately without figuring out the individual letters.
I think the people saying they’re not being used anymore just aren’t noticing them
Probably too busy getting shrimp neck and not looking up, LOL.
Lol and whose fault is that?
Well, it's the students, but humans are dumb, we make bad choices. That's kinda the whole point of being a child actually, to make all those bad decisions and learn from them. But any parent human knows that sometimes you just need to lay down the law, make some hard rules. Some lessons are hard to learn and enforcing some ground rules (like no cell phones in schools) will help you learn good habits for yourself.
i hate this shit, ofc they don't know, who was planning to teach them? certainly not the fucking schools imposing this shit.
Heh, I'm early Gen X bordering on boomer and as a kid I found it a lot harder to read the time on an analog clock as opposed to the Casio digital wristwatch I had.
Of course I could "decode" the clock, but it was not intuitive.
I was frustrated that I couldn’t quickly and accurately read the time - Ie: it’s 1:23 rn, if I was looking at an analog clock, depending on the activity, I’d round either up or down. I found the minutes too small to read, and 90% of the time rounding was good enough.
It literally is a harder format. One is literally just numbers and another is a chart. Anyone can read text but everyone needs to learn how to read a chart at least once.
I remember a time when I couldn't tell time with an analogue clock.
I walked to school by myself from age 7. When my parents left for work they said I should get going when the big hand is pointing straight down.
I still have to take a second to actually process the analog time (at least for minutes)
I think we've had 50/50% analogue and digital clocks at home. Analogue on walls and wrists, digital on microwaves and VCRs. I'm sure that helped make the connection.
I can understand that kids are not motivated to practice telling time from an oldskool watchface when they always have a digital clock in their pocket.
We recently switched cars. The previous one had a big digital display for the speed. My wife is completely unable to tell the speed from a regular gauge now.
Same here, it takes a fair bit of thinking, but can be done. Some people think it’s funny/sad that it needs processing time, but I never practice the skill, because I really never need to, so who cares? It’s never been something that has made intuitive sense to me, and has always been a struggle, but there have been digital alternatives nearly my entire life which are now far more common, so why bother getting better?
I am 20 and I still remember newspapers and TV talking about "teenagers these days can't read clocks" since I can remember. it seems nobody has ever known
You make it sound like you’re old 😂
Yeah I graduated high school in 2019 and some of my classmates had a hard time reading analog clocks, in private schools lmao. It's definitely has increased with Covid and smart phones but kids who don't want to learn never do.
I'm 59 and all the teenagers I knew could read clocks (both kinds) just fine, so I have no idea what you're talking about.
You didn't understand what I meant. I meant that those articles complaining about the youth have always existed
To give another data point for comparison, I am about as young a Millennials as one can be (I'm 29), and I don't recall there being any issues in reading analog clocks in my cohort.
This is weirdly both surprising and not surprising to me. Not surprising because like I say, I am one of the last of the Millennials, and it does seem intuitive that this would be an issue that started with Gen Z. It's surprising though, because 9 years seems like quite a small time window for such a change to have happened
It’s almost like you gotta teach people how to do things, that people aren’t just inherently born with all the knowledge to survive. Crazy I know.
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