Highlights
Consider the pairs of sounds [s] & [ʃ], and [z] & [ʒ] in this data. Do the members of these pairs contrast with each other, or are they in complementary distribution? If they contrast, list the environments where they contrast. If they are in complementary distribution, write a rule or rules describing the complementary distribution.
1. kesoka to be cut
2. ŋkoʃi lion
3. kasu emaciation
4. nselele termite
5. kunezulu heaven
6. aʒimola alms
7. nzwetu our
8. lolonʒi to wash house
9. zevo then
10. zeŋɡa to cut
11. ʒima to stretch
Consider the sounds [i], [e], [a], [o] and [u] in this data. Which of these phones (if any) contrast and which (if any) are in complementary distribution? For those that contrast, if any, list the environments where they contrast. For those that are in complementary distribution, if any, write a rule describing the complementary distribution.
1. pisuk to go
2. saβik knife
3. ajoqeʁsoʁti teacher
4. nuɣβik dart
5. uβiɣlaɣneq widow
6. tikeq index finger
7. ajoʁsiβoq become sick
8. ujaluit strength
9. qunuβoq clumsy
10. neʁiunneq hope
11. inuk person
12. teʁianiaq fox
13. noʁlut ligature
14. inuit people
15. sisuβoq slide down
16. manoqut bib
17. qinasiβoq look about
18. oʁsoq blubber
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