Numbers in Ceqli

Learn numbers in Ceqli

Knowing numbers in Ceqli is probably one of the most useful things you can learn to say, write and understand in Ceqli. Learning to count in Ceqli may appeal to you just as a simple curiosity or be something you really need. Perhaps you have planned a trip to a country where Ceqli is the most widely spoken language, and you want to be able to shop and even bargain with a good knowledge of numbers in Ceqli.

It's also useful for guiding you through street numbers. You'll be able to better understand the directions to places and everything expressed in numbers, such as the times when public transportation leaves. Can you think of more reasons to learn numbers in Ceqli?

Ceqli, also known as Tceqli or Cheng-lee, is a constructed language (and an auxiliary language) created by Rex F. May in 1996. Inspired by Loglan, its grammar is mostly based on English and Chinese Mandarin.

List of numbers in Ceqli

Here is a list of numbers in Ceqli. We have made for you a list with all the numbers in Ceqli from 1 to 20. We have also included the tens up to the number 100, so that you know how to count up to 100 in Ceqli. We also close the list by showing you what the number 1000 looks like in Ceqli.

  • 1) han
  • 2) dwe
  • 3) tri
  • 4) kwar
  • 5) fay
  • 6) xey
  • 7) cil
  • 8) pal
  • 9) gaw
  • 10) han zoy
  • 11) han han
  • 12) han dwe
  • 13) han tri
  • 14) han kwar
  • 15) han fay
  • 16) han xey
  • 17) han cil
  • 18) han pal
  • 19) han gaw
  • 20) dwe zoy
  • 30) tri zoy
  • 40) kwar zoy
  • 50) fay zoy
  • 60) xey zoy
  • 70) cil zoy
  • 80) pal zoy
  • 90) gaw zoy
  • 100) han sto
  • 1,000) han sen

Numbers in Ceqli: Ceqli numbering rules

Each culture has specific peculiarities that are expressed in its language and its way of counting. The Ceqli is no exception. If you want to learn numbers in Ceqli you will have to learn a series of rules that we will explain below. If you apply these rules you will soon find that you will be able to count in Ceqli with ease.

The way numbers are formed in Ceqli is easy to understand if you follow the rules explained here. Surprise everyone by counting in Ceqli. Also, learning how to number in Ceqli yourself from these simple rules is very beneficial for your brain, as it forces it to work and stay in shape. Working with numbers and a foreign language like Ceqli at the same time is one of the best ways to train our little gray cells, so let's see what rules you need to apply to number in Ceqli

  • Digits from zero to nine are rendered by specific words: zoy [0], han [1], dwe [2], tri [3], kwar [4], fay [5], xey [6], cil [7], pal [8], and gaw [9].
  • In Ceqli, numbers are read digit by digit. Hence tens are formed starting with the multiplier digit, followed by the word for zero (zoy): han zoy [10], dwe zoy [20], tri zoy [30], kwar zoy [40], fay zoy [50], xey zoy [60], cil zoy [70], pal zoy [80], and gaw zoy [90].
  • Compound numbers are formed starting with the multiplier digit of the ten, followed by the unit (e.g.: han han [11], dwe pal [28], fay cil [57]).
  • Hundreds are formed starting with the multiplier digit, followed by the word for two zeroes (sto): han sto [100], dwe sto [200], tri sto [300], kwar sto [400], fay sto [500], xey sto [600], cil sto [700], pal sto [800], and gaw sto [900].
  • When composed, the numbers are still read digit by digit (e.g.: kwar fay xey [456], and not kwar sto fay xey).
  • Thousands are formed starting with the multiplier digit, followed by the word for three zeroes (sen): han sen [1,000], dwe sen [2,000], tri sen [3,000], kwar sen [4,000], fay sen [5,000], xey sen [6,000], cil sen [7,000], pal sen [8,000], and gaw sen [9,000].
  • When composed, the numbers are still read digit by digit, using the word for three consecutive zeroes (sen) whenever possible, then the word for two consecutive zeroes (sto) whenever possible (e.g.: dwe sto gaw [2,009] or rather [2,00,9], han sto han sen [1,001,000] or rather [1,00,1,000], fay sen tri sto [5,000,300] or rather [5,000,3,00]).
  • Ceqli
  • Numbers in different languages