The words for ‘one hundred’ in Indo-European languages exemplify an ancient sound change – the centum/satem split (the Latin and Avestan words for ‘one hundred’ respectively).
Proto-Indo-European has been reconstructed as having three ‘series’ of velar consonants – palatal velars, plain velars and labiovelars (*kj, *k and *kw respectively). However, in nearly all daughter languages, these three series collapsed into two. Languages on the centum-side of the split merged the palatal and plain series to be left with *k and *kw and those on the satem-side merged the labiovelars and plain series to give *kj and *k.
It was thought to be the case that the centum/satem split represented an ancient dialect division of Indo-European languages. Most centum-languages are found in the west whilst most satem-languages are found in the east. However, a number of problems with this view exist. Tocharian is a centum-language but is (or was) the furthest east of any Indo-European language. There is also evidence that some languages kept the three series distinct in certain environments longer than others, e.g. Luvian (an extinct IE language spoken in Anatolia).
This, plus other evidence, suggests that the centum/satem labels are better viewed as descriptive shorthands which are used to label mergers which occurred independently in various Indo-European daughter languages (although this view raises problems of its own as well!).
Grimm’s Law was highly successful at predicting the forms of Germanic words but there were many exceptions. However, the discovery of Verner’s Law showed that exceptions might just be apparent; sound change is still ‘regular and exceptionless’, you just have to look a bit closer for the regularities.
An example of one such ‘exception’ is father, from above.
Note how Latin pater (which retains the /p/ and /t/ from PIE) shows up as father in English. IE /p/ > Gmc /f/ as predicted by Grimm’s Law, but IE /t/ has not come out as /θ/ instead we find /ð/. More telling are examples of related words which have the predicted sound in some cases but not in others! For example, English birthandburden are both related but show different outcomes of what was historically the same consonant.
Karl Verner noticed, however, that the unpredictable instances correlated with the position of accent in PIE. Sanskrit retains much of the earlier accent system which Germanic has subsequently changed. Sanskrit pater retains the accent following the /t/. Verner noticed that Germanic results from Law A were voiced unless they were immediately preceded by an accented syllable (in which case they would be voiceless) – this is Verner’s Law. Subsequently many of these Germanic voiced fricatives became voiced stops (thus leading to birthandburden). Germanic also underwent an Accent Shift whereby the position of accent changed. This annihilated the conditions for Verner’s Law but left the results of it unchanged, i.e. the results went from being conditioned and predictable (phonetic) to unconditioned and unpredictable (phonemic).
Verner’s Law also helped to explain cases of /s/-/r/ alternations, so called rhotacism. That is /s/ was pronounced as [z] by Verner’s Law unless preceded by accent. This [z] sound then underwent rhotacism to become /r/. Old Latin shows flos-floris‘flower’, English shows was-were etc. Many of the results of Verner’s Law have, however, been lost through analogical levelling. Latin underwent levelling to yield flor-floris‘flower’ and many English dialects have levelled the was-wereparadigm (as has Modern German), i.e. you might hear people saying ‘we was, you was, they was’.
Verner’s Law was and is a fantastic example of how powerful the comparative method is when applied carefully and rigorously. It also gave a great confidence boost to the Neogrammarian Hypothesis which says that sound change is regular and exceptionless. But that is not the end of Verner’s Law…it’s still around in places. When you next come across execute and executor/executive, think carefully about where the stress falls and how you are pronouncing the <x> in those cases – you might just see Verner’s Law in action!
Grimm’s Law (also called the First Germanic Sound Shift) refers to changes which affected the stop consonants in what became the Germanic subgroup of the Indo-European language family (Proto-Germanic being the ancestor of all Germanic languages, i.e. Gothic, German, Yiddish, Swedish, Icelandic, Dutch, Afrikaans, Old English, English etc.). There are in fact three series of changes which changed some aspect of the articulation of the IE stop consonants whilst retaining the same number of distinctions (number of phonemes).
Law A: IE /p t k/ > Gmc /f θ x/
Law B: IE /b d g/ > Gmc /p t k/
Law C: IE /bh dh gh/ > Gmc /β ð γ/ (which later became /b d g/)
Exactly when this happened is not known but we can at least work when the Laws may have taken effect relative to each other, e.g. Law A cannot have happened after Law B because otherwise we would expect IE /b d g/ to show up as /f θ x/ in Germanic.
For example:
Latinpater > Englishfather, German Vater(German orthographic <v> is pronounced /f/)
Greektri > English three
Latincord- > English heart (English /h/ descends from earlier /x/)
Sanskritbhratar > English brother, German Bruder
These are standard but selective examples. Standard in the sense that you’ll find them in text books; selective in that we cannot simply look at one language and expect it to faithfully represent changes which happened hundreds of years ago. Latin, Greek and Sanskrit have undergone changes since Proto-Indo-European and English and German have undergone changes since Proto-Germanic. Modern German shows evidence of a Second Germanic Sound Shift which changed the Germanic stop consonants again! English did not undergo this change as it had already separated from the language that was to become German (compare threeanddrei,daughterandTochteretc.).
Update: After examining some spectrograms, it appears that the White Hmong sound represented by RPA dh might be exactly this anomalous sound: a prevoiced voiceless aspirated (alveolar) stop!
Presumably [dtʰ] as in Kelabit - has anyone investigated the diachronic origin of this sound? (Have the Indo-Europeanists?)
Sure they have, it’s even right there in Weiss’ original presentation on the “Cao Bang Theory”. Goes back to Blust (2006) [x] per whom they come via voiced geminates, which arise from earlier C+stop clusters (*butbut > *bubbut > bubpʰut ‘to pluck’, *dakdak >*daddak > dədtʰak 'to tamp’) and post-schwa gemination (*bəduk > *bədduk > bədtʰuk 'monkey sp.’, *təbuh > *təbbu > təbpʰu 'sugarcane’, *kəzəp > *kəjjəp > kədtʰəp 'to blink’). These can be reconstructed also more widely, tending towards fully voiceless and possibly spirantized reflexes across the North Sarawak languages.
Some of the cases of implosives maybe split off before *BB > *BPʰ (note Kenyah varieties also lacking spirantization of stops); though Long San Kenyah at least just looks like general implosion of all voiced stops.
Interestingly, per Blust’s data appendix there seem to be zero native Malayo-Polynesian examples of /gkʰ/, and also only one that could be reconstructed even for Proto-North Sarawak or a major NS subgroup; *məgʰən 'to sleep’.
… edit: yeah you were obviously asking about the source of Hmongdh; I’ve slept badly, but I guess this was a nice refresher to put together
