However, saying the words 1,2,3,4,5 will depend on your local language.
However, saying the words 1,2,3,4,5 will depend on your local language.
Also helps you appreciate that Japan is not completely insane for having seemingly completely unrelated number words for different contexts, even though they write them with the same numeral. Turns out, so do many western languages (although generally only for ordinal/cardinal, not for the endless range of counters Japanese has)
The fact that as a native English speaker this seems like not how you actually read or write numerals at all - no, of course 3 doesn’t ’read’ as ‘thi(r)’ - also suggests that there is a less mechanistic way to understand the relationships between hanzi and words than learners often try to apply (we want to find the ‘rules’ that must underpin these things), and that the way native speakers of Mandarin, Cantonese or Japanese think of the relationship between these symbols and the words they are writing is much more organic - and that’s okay.
I don't know much Japanese but I don't see it as that weird. I see it as something like "murder of crows" or "pile of sand". Something cultural that was there for a reason (or a monk somewhere) and now we have to memorize it.
This is what they are comparing to the difference between "first" and "one" in English, which are obviously two different origin words for the number 1 (unlike sixth and six, where sixth is clearly just derived from six).
We also have a LOT of these for plurals and take great pride in knowing all the stupid ones - "a gaggle of geese", "a murder of crows", "a herd of cows", "a fleet of ships". These are all really just the same as the measure words in Chinese with many specialisations for large groups of specific things.
We also have plenty of measure words in English when we take something from the realm of uncountable to countable, as I showed in the examples above, and in many ways Chinese tends to have less weird single-use ones like "gaggle of geese", just a larger variety of the common ones. So there's a special word for "long thin things", "vertical long thing things", "flat things on a (mathematical) plane", "a lump", "a slice", "a vehicle", "a machine" as well as the fallback 个/個 when none of the more specific ones are appropriate. I think it's only because we generally don't use any measure word for small groups of countable nouns in English that we think it's somehow strange that other languages do.
There's also not so many counter words to be a problem. Sure, the absolute number is high (some say very precise numbers like 214, 232, etc, some people low ball it at 100, some say over 900 words if you count all the old obscure words), but in practice, about a dozen of them will cover almost all the cases you think are hard for English speakers. So, 个,条,只,支,本,件,张, 家,座,部,辆,头 are probably the most common ones that don't usually have an English translation, almost every other measure word would also require a measure word in English, e.g. 条=strip, 张=sheet, 些=few, 双=pair, 样=kind, 种=type, 头=head, 片=slice, 分/份=piece, 点=bit, 块=lump, etc.
As with most things about learning a new language, it's also important to embrace the differences - they give you a new insight into how other people think about things, and seeing when someone else's internal model for something differs to yours can help you better understand your own model as well as the new one you're learning.
[1] You'll understand this if you ever read The Famous Five!
Regardless, my point was that Chinese spelling is not as universal as it is made out to be, that different Chinese dialects/languages just use the Standard Chinese spelling, even when it doesn't match their own spoken language, just like a French person using "2nd" to spell "deuxieme".
We don't have a distinct symbol for 35 just because English and French pronounce it differently.
Alphabets are often linked to sound, and it would be a tremendous challenge to create an "alphabet" analogue that links to a set of fundamental concepts that you can somehow rearrange to form higher level concepts and can still be universally understood without it linking to sound.