Post by Lara
22 May 2014
It’s been a long time since I wrote a post on either of the
new languages we’re learning here, and as a dedicated student of languages, I’m
a bit embarrassed by that. Furthermore, talking about Mende and numbers is a
math-and-foreign-language junkie’s dream.
So, without further ado, here’s a mini lesson on the Mende number system
and its fun idiosyncrasies.
Unlike the base-10 system of numbers we’re used to, Mende
has a mixed-base numerical system. Groupings
of 20 are used in addition to numbers 1-19 which are in base-10. Apparently, a number system in base 20 is
called vigesimal (Thanks Sean Stephens for that!)—but I don’t think that’s
exactly the term for Mende’s number system, because of this mixture of
bases. Below is an example of how
numbers get grouped in Mende:
11 = puu mahu yila =
ten plus one
35 = nuu gboyongo mahu
puu mahu loolu = twenty plus ten plus five
58 = nuu fele gboyongo
mahu puu mahu wayakpa = two twenties plus ten plus eight
99 = nuu naani
gboyongo mahu puu mahu taalu = four twenties plus ten plus nine
The result of these mixed bases is that numbers get really
long-winded. To say “99” requires us to
enunciate 13 syllables! It’s no wonder Jay-Z’s
song “99 problems” never took off here.
This excess of syllables also gives us some insight into why we hear
fairly often that someone’s aunty or grandpa or village chief is 100 years old,
in a country where life expectancy, by some measures, is lower than 50. To say “50” takes 9 syllables. “75” takes 13 syllables. “80” takes 6 syllables. But the number “100” in Mende is hondred—2 syllables long, and perfectly
suited for expressing the thought that a person is, well, old enough that we’re
satisfied to round up.
In addition to the 20/10 mixed bases, Mende also has some
weird cultural standards for talking about numbers relating to money. Apparently, when hyperinflation hit the
country in the 1980s, at one point or another the exchange rate for Leones was
1 pound to 2 Leones (now, it’s closer to 1 pound to 6000 Leones). During that time, Mendes decided that if you
give a price in Mende, the number you say in Mende should be multiplied by two,
and that makes the number of Leones you pay. As in, if I order “two thousand
Leones” of bread using Mende numbers, I actually want four thousand Leones
worth of bread. If I use English
numbers, then I get the 2 thousand I asked for.
This was a very odd rule to learn, and before I managed to figure it out
I ordered double of a lot of things thinking I was being clever by asking in
Mende.
Le 5000 = tawji fele
pondo loolu = (2000x2) + (200x5)
Le 67000 = tawji nuu
gboyongo mahu puu mahu sawa pondo loolu = (33000x2) + (200x5)
The currency rule is more complicated by the fact that when multiplying by two, you’ll always get an even number. What happens, then, when the price is an odd number? You have to add 1 of course, but you can’t say “1” because that means “2”. Instead, you say “pondo loolu” which translates to, “five sets of 200 Leones” (5x200 = 1000, so fair enough, but of course this number doesn’t get multiplied by 2. Why would it?). Thus, trying to order an odd number of thousands of Leones can get interesting:
The amazing part of all this is that Mendes are generally
very good at doing this kind of math—as long as you’re talking about Leones.
As soon as I take the currency out of it and ask them to multiply one
quantity in parentheses by another, my students clam up—but ask them how much
you owe them when they sell 4 pineapples to you at Le 2000 each and then add 15
limes for Le 100 each, they’ll take a minute and announce to you, “9,500” (or,
more directly translated, “two times 4 thousand plus 5 times 200 plus
500”). The math teacher who successfully
convinces these guys that “market maths” and school maths are one and the same
will be my hero.
For those of you who like to know how to count to 10 in as
many languages as possible (ahem, Pat & Diane), here’s how you do it in
Mende. Happy studying!
1 = yila (or ita)
2 = fele
3 = sawa
4 = naani
5 = loolu
6 = weita
7 = wofla
8 = wayakpa
9 = taalu
10 = puu
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