Numbers in Tukudede
Numbers in Tukudede follow a quinary (base-5) system, which is characteristic of many Austronesian languages. Spoken in East Timor's Liquiçá district, Tukudede has approximately 63,200 speakers. Its counting system is unique because it combines a base-5 structure with decimal-like multiples, forming compound numbers. The language's number words include specific terms for 1 to 9, and larger numbers are built by combining these with words for tens, hundreds, and thousands. Understanding the numbers in Tukudede provides insight into its cultural and linguistic richness, especially how it constructs larger numbers up to 9,999. This detailed overview explores the counting rules, examples, and cultural significance of numerals in Tukudede.
Number system
Tukudede uses a quinary system where digits from 1 to 9 are formed by adding 1 to 5. For example, 6 is 'hohoniso' (5+1), 7 is 'hoho ruu' (5+2), 8 is 'hoho telu' (5+3), and 9 is 'hoho pat' (5+4). Tens are formed with 'sakui' (from 'sagulu', ten), followed by the multiplier digit, such as 'sakui ruu' for 20 (2×10), 'sakui telu' for 30 (3×10), and so on. Compound numbers like 18 are 'sagulu gresi hoho telu' (10 + 8), combining the ten, the 'gresi' connector, and the digit. Hundreds are built similarly: 'atus iso' (100), 'atus ruu' (200), etc., by multiplying 'atus' (hundred) by the digit. Thousands follow the same pattern: 'rihun iso' (1,000), 'rihun ruu' (2,000). For example, 45 is 'sakui paat gresi lim' (40 + 5), and 78 is 'sakui hoho ruu gresi hoho telu' (70 + 8). This pattern continues up to 9,999, combining hundreds and thousands with the basic digits and ten multiples.
Number list (29)
Counting rules
Digits 1-9
Numbers 1 to 9 are unique words: 1 is 'iso', 2 is 'ruu', 3 is 'telu', 4 is 'paat', 5 is 'lim', 6 is 'hohoniso' (5+1), 7 is 'hoho ruu' (5+2), 8 is 'hoho telu' (5+3), 9 is 'hoho pat' (5+4).
Formation of Tens
Tens are formed with 'sakui' (from 'sagulu', ten) followed by the digit: 20 is 'sakui ruu', 30 is 'sakui telu', 40 is 'sakui paat', 50 is 'sakui lim', 60 is 'sakui hohoniso', 70 is 'sakui hoho ruu', 80 is 'sakui hoho telu', 90 is 'sakui hoho paat'.
Compound Numbers
Numbers between 11 and 99 are formed by combining the ten word, 'gresi', and the digit: 18 is 'sagulu gresi hoho telu' (10 + 8), 45 is 'sakui paat gresi lim' (40 + 5), 78 is 'sakui hoho ruu gresi hoho telu' (70 + 8).
Hundreds
Hundreds are constructed by the word 'atus' followed by the multiplier digit: 100 is 'atus iso', 200 is 'atus ruu', 300 is 'atus telu', 400 is 'atus paat', 500 is 'atus lim', etc.
Thousands
Thousands are formed with 'rihun' plus the digit: 1,000 is 'rihun iso', 2,000 is 'rihun ruu', 3,000 is 'rihun telu', 4,000 is 'rihun paat', 5,000 is 'rihun lim'. Larger numbers are built by combining thousands, hundreds, tens, and units following these rules.
Large Numbers
Numbers up to 9,999 are constructed by combining thousands ('rihun'), hundreds ('atus'), tens ('sakui'), and units ('iso' to 'pat'), e.g., 3,456 is 'rihun telu atus lim sakui paat gresi hoho telu'.
Unique features
The use of a quinary (base-5) system is evident in forming digits 6-9, such as 'hohoniso' (6) and 'hoho ruu' (7).
Unlike many languages that are decimal or vigesimal, Tukudede combines base-5 with decimal multiples for larger numbers.
The number 7 'hoho ruu' (5+2) and 8 'hoho telu' (5+3) showcase how addition within the base-5 system is linguistically expressed.
Large numbers like 4,500 are built by combining thousands, hundreds, and tens, e.g., 'rihun paat atus lim' (4,500).
The word 'gresi' (from 'sagulu') is borrowed or adapted to connect tens and units, reflecting cultural exchanges.
Cultural context
Tukudede is spoken predominantly in East Timor's Liquiçá district, home to a vibrant community of approximately 63,200 speakers. Their culture is rich in oral traditions, with numbers playing a vital role in trade, ceremonies, and daily life. Numbers are used in storytelling, rituals, and counting livestock or goods. Certain numbers may hold cultural significance; for example, the number 7 ('hoho ruu') might be considered auspicious, while others could be taboo. The language's numeral system reflects their historical interactions and adaptation, maintaining traditional counting methods while integrating new concepts as needed. Understanding numbers in Tukudede reveals much about their worldview and social organization.
Fun facts
Fact 1: The number 6 is 'hohoniso', literally 5+1, illustrating the quinary base system.
Fact 2: Unlike English, which is decimal, Tukudede's use of 'hoho ruu' for 7 combines base-5 with addition, similar to some African languages.
Fact 3: The word 'sakui' for ten is consistent across all multiples, showing a regular pattern in forming larger numbers.
Fact 4: Historically, the use of 'rihun' for thousand indicates influence from Austronesian trade networks.
Fact 5: For numbers above 1,000, the language combines thousands, hundreds, tens, and units, demonstrating a highly systematic structure.
Frequently asked questions
How do you count to 10 in Tukudede?
1 is 'iso', 2 is 'ruu', 3 is 'telu', 4 is 'paat', 5 is 'lim', 6 is 'hohoniso', 7 is 'hoho ruu', 8 is 'hoho telu', 9 is 'hoho pat', and 10 is 'sagulu'.
What number base does Tukudede use?
Tukudede uses a quinary (base-5) system, evident in numbers 6-9, such as 'hohoniso' (6) and 'hoho ruu' (7), and in the formation of compound numbers like 18 ('sagulu gresi hoho telu').
How do you say 42 in Tukudede?
42 is 'sakui paat gresi lim' (40 + 2), formed by 'sakui paat' (40) and 'gresi lim' (plus 5).
How do you say 100 in Tukudede?
100 is 'atus iso', where 'atus' means hundred and 'iso' is 1, and larger hundreds are formed similarly, e.g., 200 is 'atus ruu'.
How many people speak Tukudede?
Approximately 63,200 speakers live in East Timor, primarily in the Liquiçá district.
Is Tukudede related to other languages?
Yes, it belongs to the Austronesian family, specifically within the Malayo-Polynesian group, sharing features with other Timorese and Austronesian languages.
What makes Tukudede counting unique?
Its use of a quinary system combined with decimal multiples, such as 'hoho ruu' for 7 and 'sakui' for ten, creates a distinctive and systematic way of forming numbers up to 9,999.
Sources
- Disionáriu Lia (Dalen) Tokodede/Tetun/Ingles