^ except imperial doesn't work "just as well"
well, it works better.
i'm sorry but your
(not necessarily 'you' in particular.. same goes for the rest of this post) argument is based around the metric system as it was learned in school (and fwiw, americans also learn the basics in school.. like- no use trying to teach americans your basic understanding of the metric system because we already know it.)
i mean, just look how easy metric is:
1m = 100cm = 1000mm
wow, so easy
now-- try to use metric in a typical scenario you'll encounter when needing to actually use the system..
divide a cm in half.. ok, 5mm (but 5 is prime.. no further calculations are possible with it.)
divide it in thirds.. you can't.. (or, you can't divide it in thirds then have a corresponding mark on your scale.. you're immediately faced with needing to use a workaround on a very simple task)
divide it in fourths.. can't
fifths? ok, two..
sixths? can't
now do that with a foot.
half? 6"
thirds? 4"
fourths? 3"
fifths? can't
sixths? 2"
in this elementary example, imperial makes a lot more sense and is the better system to use.
that's because it's not strictly based around base10
base10 is not the best choice for mathematics even though most of you metric users like to boast "look how easy it is.. it's all base10!!" :/
base12 or base16 is the better way to count.. 10 is not a magic number.. we use base10 for counting because we have 10 fingers..that's it. that's all the reason there is behind the use of base10.. it's like math for dummies.
with base12 or 16, there are far more options available for practical and even more complicated mathematics.
imperial has many examples of these alternate bases.. this is why america continues to use it. it's a superior system in many ways.
----
other than coming in here with "why does america use outdated systems" and sounding a fool, you'd be better off if you actually learned both systems (metric being one of these that you need to learn because it's sort of obvious you don't really use it for much).. compare the positives and negatives of both.. and lobby for a new worldwide system that draws from both because neither is perfect.. neither is better.
the best thing we can take from metric is that it's a coherent system (as in, this is the single strongest positive for the metric system yet no-one in the thread is arguing this point).. it was developed (moreOrLess) as a whole system.
with metric, you can transfer between all the various fields without conversions factors.
a cube 10cm x 10cm x 10cm is 1liter.
1 liter of water at 0ºC is 1kilogram.
etc.
you're able to more easily do calculations between things like distance,volume,weight,temperature,electricity,etc since they're all based off one another.. this is the reason many scientists/engineers prefer metric.. it's not because of the numbering scheme.
the same exact numbering scheme in metric is also in imperial if so desired so "math is easier with metric" is complete bollocks..
engineers using imperial are generally using decimal inches or decimal feet.. in which case, the number work
exactly the same as metric.. in many cases, the same prefixes/naming scheme are even used. for instance:
microinch
but in many practical use cases, these decimal inches are inferior since they don't correlate with common tasks that need to be done..
this is where base12 would be of benefit.
the best system for modern day humans would be one with the coherent nature of metric combined with (some of) the numerical logic of imperial.
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At least I know that you'd mean 33 centimeters and 33 millimeters in metric, while .3333333333333333333etc ft. would require a calculator besides the measuring tape.
lol. uh,
.3333333333333333333 ft. is 4 inches.
4" has a corresponding mark on the tape measure.