Numerals in Kaipeng and Simte
A comparative linguistic investigation across Old Kuki and Northern Kuki-Chin branches
Abstract
Kaipeng and Simte belong to the Kuki-Chin sub-group of the Tibeto-Burman language family. Kaipeng belongs to the Old Kuki sub-group while Simte belongs to the Northern Kuki-Chin group (Grierson 1903). Kaipeng is spoken in Tripura by approximately 15,000 speakers. According to the 2011 Census, Simte constitutes a population of 6,728. This paper presents a comparative analysis of the numeral systems in both languages in the realm of cardinals, ordinals, fractionals, multiplicatives, distributives, and approximate numerals.
1. Introduction
Kaipeng is a language spoken in the North-Eastern state of Tripura, concentrated in four districts: Khowai, Gomati, North Tripura, and Sepahijala. The total number of Kaipeng speakers in Tripura is approximately 15,000. The term 'Kaipeng' represents both the language and the people. Etymologically, it derives from 'kai' ('to lead') and 'peng' ('another way or path'), thus signifying 'leading someone towards another path'. Linguistically, Kaipeng is a sub-group of Halam, classified under Old Kuki along with languages like Kom, Bete, Aimol, Langrong, Anal, and Chothe (Thurgood 2003).
Simte is also a Kuki-Chin language inhabiting the North-Eastern part of India, predominantly concentrated in Churachandpur and Pherzawl districts of Manipur (Hangluah, 2019). According to Suantak and Singh (2011), Simte speakers are also scattered across Sikkim, Arunachal Pradesh, Nagaland, Mizoram, Meghalaya, Tripura, and Assam. The word 'Simte' combines 'sim' ('southern region') and 'te' ('people'). It is classified under Northern Kuki-Chin alongside Paite, Zou, Vaiphei, Gangte, and Thadou. Both languages exhibit pronoun dropping and SOV word order.
Numerals represent a critical aspect of morphosyntax, reflecting collective cognitive categorization. Younger generations increasingly favour English numerals due to Western education, rendering indigenous counting systems especially vulnerable to extinction (Saikia and Mamta, 2020).
2. Literature Review
Hammarström (2009) posits that numerals are normed spoken expressions used to denote the precise quantity of objects within a particular social context. Pioneer comparative surveys by Grierson (1904) documented numerals in Paite, Lushai, and Thadou, but omitted Kaipeng and Simte.
Previous grammatical sketches of Simte by Singh (2009) and Champeon (2019) cataloged cardinal and ordinal forms, but failed to investigate distributive, fractional, and approximate numerals. For Kaipeng, prior literature showed a complete absence of descriptive research on numeration. This paper represents the first comparative linguistic investigation of numerals between Old Kuki and Northern Kuki-Chin varieties.
3.1 Basic Cardinal Numbers (1–10)
Both Kaipeng and Simte operate on a base-10 decimal counting system. Basic numbers from one to ten constitute the primary lexical roots.
In Kaipeng, the suffix '-ka' is obligatory on all basic cardinal numbers. In Simte, on the other hand, numerals occur as bare monosyllabic roots, with the sole exception of the disyllabic 'sagiʔ' ('seven'):
Table 1: Basic Cardinal Numerals in Kaipeng and Simte (1 to 10)
| Value | Kaipeng (Old Kuki) | Simte (Northern Kuki-Chin) | Cognate & Phonological Notes |
|---|---|---|---|
| 1 | kʰat-ka | khat | Cognate root (*kʰat); Kaipeng adds '-ka' suffix |
| 2 | ni-ka | niɁ | Cognate root (*ni) with final glottal stop in Simte |
| 3 | tʰum-ka | tʰum | Cognate root (*tʰum) across both branches |
| 4 | li-ka | li | Cognate root (*b-li) |
| 5 | rəŋa-ka | ŋa | Kaipeng preserves archaic pre-initial 'rə-' |
| 6 | ru-ka | gup | Onset alternation: Kaipeng 'r-' vs. Simte velar 'g-' |
| 7 | səri-ka | sagiɁ | Disyllabic development in both branches |
| 8 | riat-ka | giat | Regular r- / g- liquid-to-velar correspondence |
| 9 | kua-ka | kua | Cognate root (*kua) |
| 10 | sɔm-ka | sɔm | Common Kuki-Chin base ten root (*sɔm) |
3.2.1 Additive Compound Numerals (11–19)
Numbers from eleven to nineteen are additive compounds formed by combining the base ten ('sɔm') with digits one through nine.
In Kaipeng, numbers are joined using the conjunctive particle 'lei'. In Simte, the coordinator 'leʔ' is employed. The syntactic formula is: [10] + [CONJ] + [1–9]:
Table 2: Additive Compound Numerals (11 to 19)
| Value | Arithmetic | Kaipeng (lei) | Simte (leʔ) |
|---|---|---|---|
| 11 | 10 + 1 | sɔm lei kʰatka | sɔm leɁ khat |
| 12 | 10 + 2 | sɔm lei nika | sɔm leɁ niɁ |
| 13 | 10 + 3 | sɔm lei tʰumka | sɔm leɁ thum |
| 14 | 10 + 4 | sɔm lei lika | sɔm leɁ li |
| 15 | 10 + 5 | sɔm lei rəŋaka | sɔm leɁ ŋa |
| 16 | 10 + 6 | sɔm lei ruka | sɔm leɁ gup |
| 17 | 10 + 7 | sɔm lei sərika | sɔm leɁ sagiɁ |
| 18 | 10 + 8 | sɔm lei riatka | sɔm leɁ giat |
| 19 | 10 + 9 | sɔm lei kuaka | sɔm leɁ kua |
3.2.2.1 Lower Multiplicative Compound Numerals (Decades 10–90)
Decades from ten to ninety are formed multiplicatively by multiplying the base ten by digits one through nine [10 × N]:
Table 3: Lower Multiplicative Compound Numerals (10 to 90)
| Value | Arithmetic | Kaipeng | Simte | Gloss |
|---|---|---|---|---|
| 10 | 10 × 1 | sɔm ka | sɔm | ten |
| 20 | 10 × 2 | sɔm nika | sɔm niɁ | twenty |
| 30 | 10 × 3 | sɔm thumka | sɔm thum | thirty |
| 40 | 10 × 4 | sɔm lika | sɔm li | forty |
| 50 | 10 × 5 | sɔm rəŋaka | sɔm ŋa | fifty |
| 60 | 10 × 6 | sɔm ruka | sɔm gup | sixty |
| 70 | 10 × 7 | sɔm sərika | sɔm sagiɁ | seventy |
| 80 | 10 × 8 | sɔm riatka | sɔm giat | eighty |
| 90 | 10 × 9 | sɔm kuaka | sɔm kua | ninety |
3.2.2.2 Higher Multiplicative Compound Numerals: Hundreds (100–900)
Hundreds are derived by multiplying the base hundred ('rəza' in Kaipeng, 'za' in Simte) by basic numerals one through nine [100 × N]:
Table 4: Higher Multiplicative Compound Numerals (Hundreds)
| Value | Arithmetic | Kaipeng (rəza) | Simte (za) | Gloss |
|---|---|---|---|---|
| 100 | 100 × 1 | rəza ka | za khat | one hundred |
| 200 | 100 × 2 | rəza nika | za niɁ | two hundred |
| 300 | 100 × 3 | rəza tʰumka | za tʰum | three hundred |
| 400 | 100 × 4 | rəza lika | za li | four hundred |
| 500 | 100 × 5 | rəza rəŋaka | za ŋa | five hundred |
| 600 | 100 × 6 | rəza ruka | za gup | six hundred |
| 700 | 100 × 7 | rəza sərika | za sagiɁ | seven hundred |
| 800 | 100 × 8 | rəza riatka | za giat | eight hundred |
| 900 | 100 × 9 | rəza kuaka | za kua | nine hundred |
3.2.2.3 Higher Multiplicative Compound Numerals: Thousands (1,000–9,000)
Thousands are formed by multiplying the base thousand ('saŋ') with digits one through nine [1000 × N]:
Table 5: Higher Multiplicative Compound Numerals (Thousands)
| Value | Arithmetic | Kaipeng (saŋ) | Simte (saŋ) | Gloss |
|---|---|---|---|---|
| 1,000 | 1000 × 1 | saŋ ka | saŋ khat | one thousand |
| 2,000 | 1000 × 2 | saŋ nika | saŋ niɁ | two thousand |
| 3,000 | 1000 × 3 | saŋ tʰumka | saŋ tʰum | three thousand |
| 4,000 | 1000 × 4 | saŋ lika | saŋ li | four thousand |
| 5,000 | 1000 × 5 | saŋ rəŋaka | saŋ ŋa | five thousand |
| 6,000 | 1000 × 6 | saŋ ruka | saŋ gup | six thousand |
| 7,000 | 1000 × 7 | saŋ sərika | saŋ sagiɁ | seven thousand |
| 8,000 | 1000 × 8 | saŋ riatka | saŋ giat | eight thousand |
| 9,000 | 1000 × 9 | saŋ kuaka | saŋ kua | nine thousand |
3.2.3 Multiplicative-cum-Additive Compound Numerals
Numerals such as 21–29, 31–39, 101–109, and 1001–1009 combine multiplication and addition.
In Kaipeng, the conjunctive particle is dropped: a base-10 multiplier applies sequentially across stems (e.g. 'sɔm tʰum kʰatnika' for 32). In Simte, the coordinator 'leʔ' remains overt throughout the construction (e.g. 'sɔmniɁ leɁ niɁ' for 22):
Table 6: Multiplicative-cum-Additive Compounds in Kaipeng and Simte
| Number | Kaipeng Construction | Simte Construction | English Gloss |
|---|---|---|---|
| 32 | sɔm tʰum kʰatnika | sɔmniɁ leɁ niɁ | thirty-two |
| 43 | sɔm lik kʰat tʰumka | sɔmli leɁ tʰum | forty-three |
| 52 | sɔm rəŋak kʰatnika | sɔm ŋa leɁ niɁ | fifty-two |
| 72 | sɔm sərik kʰatnika | sɔm sagiɁ leɁ niɁ | seventy-two |
| 303 | rəzatʰum kʰattʰumka | zathum leɁ thum | three hundred three |
| 404 | rəzalik kʰatlika | zali leɁ li | four hundred four |
| 5,005 | saŋrəŋak arəŋakka | saŋŋa leɁ ŋa | five thousand five |
| 6,006 | saŋruk arukka | saŋgup leɁ gup | six thousand six |
4. Ordinal Numerals
Ordinal numbers in both languages employ morphological affixes. In Kaipeng, the circumfix 'a-...-na' is utilized, with the prefix 'a-' dropped on 'first' ('kʰatka-na'). In Simte, ordinals are derived uniformly by suffixing '-na' directly to the basic numeral:
Table 7: Ordinal Numerals Comparison
| Rank | Kaipeng (a-...-na) | Simte (-na) | Gloss |
|---|---|---|---|
| 1st | kʰatka-na | khat-na | first |
| 2nd | a-nika-na | niɁ-na | second |
| 3rd | a-tʰumka-na | thum-na | third |
5. Fractional Numerals
Fractional values express division of wholes. In Kaipeng, 'half' is denoted by the morpheme 'bɔŋ', while in Simte it is realized by 'kim'.
For 'one and half', Kaipeng combines 'kʰat-ka' with 'bɔŋ-ka', whereas Simte joins them with the conjunction 'leʔ' ('khat leɁ kim'). In 'one-tenth', both languages insert 'a' between ten and one:
Table 8: Fractional Numerals Comparison
| Fraction | Kaipeng | Simte | Morphological Pattern |
|---|---|---|---|
| 1/2 | bɔŋka | kim khat | Root variation: 'bɔŋ' vs. 'kim' |
| 1 1/2 | kʰat-ka bɔŋ-ka | khat leɁ kim | Kaipeng double '-ka' vs. Simte 'leʔ' |
| 1/10 | sɔmkhat-a-kʰatka | sɔm-a-khat | Genitive/relational connector '-a-' |
6. Multiplicative Numerals ('Times / Frequencies')
Multiplicative numerals ('once', 'twice', 'thrice') share the cognate morpheme 'vei'. However, they exhibit opposite syntactic affixation orders:
In Kaipeng, 'vei-' is prefixed to the cardinal stem: 'vei-ka' ('once'), 'vei-nika' ('twice'), 'vei-tʰumka' ('thrice'). In Simte, 'vei' is suffixed: 'khat-vei' ('once'), 'niɁ-vei' ('twice'), 'tʰum-vei' ('thrice'):
Table 9: Multiplicative Numerals (Prefixation vs. Suffixation)
| Frequency | Kaipeng (Prefix vei-) | Simte (Suffix -vei) | Syntactic Contrast |
|---|---|---|---|
| Once | vei-ka | khat-vei | Prefixal vs. Suffixal positioning |
| Twice | vei-nika | niɁ-vei | Prefixal vs. Suffixal positioning |
| Thrice | vei-tʰumka | tʰum-vei | Prefixal vs. Suffixal positioning |
7. Distributive Numerals ('Each / One by One')
Distributive numerals ('one each', 'two each') reflect distinct morphological mechanisms between the two languages.
Kaipeng derives distributives via partial reduplication of the cardinal stem ('kʰat kʰatka', 'anik nika', 'atʰum tʰumka'). Simte, conversely, uses the lexical postpositional distributive marker 'chiat' ('khat chiat', 'niɁ chiat', 'thum chiat'):
Table 10: Distributive Numerals (Reduplication vs. Lexical Marker)
| Distribution | Kaipeng (Reduplication) | Simte (Particle chiat) | Typological Strategy |
|---|---|---|---|
| One each | kʰat kʰatka | khat chiat | Partial reduplication vs. particle |
| Two each | anik nika | niɁ chiat | Partial reduplication vs. particle |
| Three each | atʰum tʰumka | thum chiat | Partial reduplication vs. particle |
8. Approximate Numerals ('About / Approximately')
Approximate numerals express numerical estimations. Kaipeng suffixes '/ʦaŋ/' to the cardinal base, whereas Simte suffixes '-vel':
Table 11: Approximate Numerals Comparison
| Approximation | Kaipeng (Suffix -ʦaŋ) | Simte (Suffix -vel) | English Gloss |
|---|---|---|---|
| ~10 | sɔmka ʦaŋ | sɔm-vel | about ten |
| ~100 | rəzaka ʦaŋ | za khat-vel | about a hundred |
| ~2,000 | saŋnikka ʦaŋ | za niɁ-vel | about two thousand |
9. Conclusion
A comparative analysis of the numeral systems in Kaipeng and Simte reveals both remarkable genetic continuity and systematic morphological divergence across the Old Kuki and Northern Kuki-Chin branches.
Both languages employ base-10 decimal systems and cognate roots (*kʰat, *ni, *tʰum, *li, *kua, *sɔm). In cardinals, Kaipeng marks bare numbers with '-ka', while Simte uses bare monosyllables. Compounding links higher numbers via 'lei' (Kaipeng) and 'leʔ' (Simte).
Most striking is the mirror-image position of the multiplicative marker 'vei': prefixed in Kaipeng ('vei-nika') but suffixed in Simte ('niɁ-vei'). While Kaipeng marks distributivity through morphological reduplication, Simte relies on the postposition 'chiat'. Documenting these systems is urgent as indigenous counting gives way to Western numerals.
References & Archival Sources
- Champeon, Connie. (2019). Simte Writers' Handbook. U.S.A: Bibles International.
- Directorate of Census Operations. (2011). Census of India, Series 15 Manipur Part VIII (II). Imphal: Director of Census Operations.
- Grierson, George A. (1904). Linguistic Survey of India: Volume III, Part III. Delhi: Motilal Banarsidass.
- Hammarström, Harald. (2009). Unsupervised Learning of Morphology and the Languages of the World. Ph.D. Thesis, University of Gothenburg.
- Hangluah, T.K. Lal. (2019). 'The Simte.' In 60 Diamond Jubilee Simte Tribe Council Souvenir, pp. 16–17. Churachandpur: STC Publication.
- Saikia, A. & Mamta, K. (2020). 'A Comparative Analysis of Kuki-Chin Numeral Systems.' In V.M. Subramanian (ed.), Working Papers on Linguistics and Literature, pp. 90–97. Coimbatore: Bharathiar University.
- Singh, Naorem Brojen. (2009). Simte Grammar. Ph.D. Thesis, Department of Linguistics, Manipur University, Imphal.
- Singh, S.K. & Suantak, K.S.K. (2011). 'Epilogue.' In Linguistic Ecology: Manipur, pp. 285–292. Guwahati: EBH Publishers.
- Thurgood, Graham & LaPolla, Randy J. (2003). The Sino-Tibetan Languages. London: Routledge.
Cite This Publication
@article{tariang2025numerals,
title = {Numerals in Kaipeng and Simte},
author = {Tariang, Lorina D. and Kapginlian, H.},
journal = {Veda's Journal of English Language and Literature (JOELL)},
volume = {12},
number = {2},
pages = {8--17},
year = {2025},
issn = {2349-9788},
doi = {10.54513/JOELL.2024.12202},
url = {https://lianhangluah.com/papers/numerals-kaipeng-simte.pdf}
}