Problem Set 1
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Problem Set 1
__________________________________________________________________
LING 2800 – Language and Mind
Due February 13
Part 1 (6 points)
Provide one minimal pair (two words that differ only by the specified speech sounds; how they are spelled doesn’t matter) for each of the following sound pairs. Give both orthographic and phonetic representations. (1 point each = 6 points)
Example: /i, ɪ/: ‘sheep’ [ ʃip], ‘ship’ [ ʃɪp]
(a) / θ, f/: ‘death’ [dɛθ], ‘deaf’[dɛf]
(b)
/s, z/: ‘ice’ [aIs], ‘eyes’ [aIz]
(c) /m, n/: ‘moon’ [mun], ‘noon’ [nun]
(d) /ʊ, æ/: ‘fur’ [fʊɹ], ‘far’ [fæɹ]
(f) /h, tʃ/: ‘high’ [hɑɪ], ‘chai’ [tʃɑɪ]
(g) /ɛ, u/: ‘let’ [lɛt], ‘loot’ [lut]
2. (22 points) - Ganda
Consider the following set of data and pay attention to the distribution of [r] and [l]. Note that [a]
is a low front unrounded vowel and [e] is a mid front unrounded vowel.
[kola] ‘do’
[lwana] ‘fight’
[buulira]
‘tell’
[lya]
‘eat’
[lula] ‘sit ’ [omugole] ‘bride’
[lumonde] ‘sweet potato’ [edwaliro] ‘hospital’
[oluganda] ‘Ganda language’ [olulimi] ‘tongue’
[wulira] ‘hear’ [bera] ‘help’
[jukira] ‘remember’ [eryato] ‘canoe’
[omuliro] ‘fire’ [efirimbi] ‘whistle’
[emeri] ‘ship’ [eradu] ‘lightning’
[wawabira]
‘accuse’ [lagira] ‘command’
a.
Do you see any minimal pairs in this data? (1 point)
Yes / No (chose one)
The table below is provided as a workspace to help you think through the answers to the next questions. The goal is to create a list of the environments where [r] and [l] surface to determine their distribution. I have grouped common phonetic contexts together and highlighted the partic-
ular segment ([l] or [
r
]) you should pay attention to. For each word/word list write down the sound that occurs on the left of [l] or [
r
] and the sound that occurs on its right. You can use # to indicate the beginning of a word (e.g. for [lwana] the left environment is #). Some words are listed twice because they have two instances of [l] or [
r
], so pay attention to the highlighted sound.
Example words for [l] Left context [l] Right context
[ko
la] o __ a
[buu
lira, wu
lira, omu
liro, olu
limi] u,u,u,u __ i,i,i,i
[lu
la] u __ a
[
lula, lumonde]
# __ u
[o
luganda, o
lulimi] o,o __ u,u
[
lwana] #
__ w
[
lya] # __ y
[omugo
le] o
__ e
[edwa
liro] a __ i
[
lagira] #
__
a
Example words for [r] Left context [r] Right context
[buuli
ra, wuli
ra, juki
ra, wawabi
ra, lagi
ra] i,i,i,i,i __
a,a,a,a,a
[omuli
ro, edwali
ro] i,i
__
o,o
[eme
ri] e
__
i
[be
ra, e
radu] e,e
__
a,a
[e
ryato] e
__ y
[efi
rimbi] i
__
i
b.
From the table you completed above, provide a list of vowels that occur to the left and right of both [l] and [r]. (4 points)
i. Vowels that occur in the left context of [l]: o,u,u,o,o,a
ii. Vowels that occur in the left context of [r]: i,i,e,e,e,i
iii. Vowels that occur in the right context of [l]:a,i,a,u,u,w,y,e,i,a
iv. Vowels that occur in the right context of [r]: a,o,i,a,y,i
c.
Based on your answers from the previous questions, can you state whether the left or right contexts for these segments are used in complementary distribution (i.e. the contexts
have nothing in common) or overlapping (i.e. the contexts share elements)? (2 points)
i. The left context for [l] and [r] is: complementary distribution / overlapping (circle one)
ii. The right context for [l] and [r] is: complementary distribution / overlapping (circle one)
d.
Provide a statement describing where one of the sounds occurs and the other does not, making reference to a natural class. Something like “X is pronounced as Y when this con-
text occurs.”(1 point)
“I is pronounced as E when it occurs in the right context of [l].”
e.
Apply the phonological rule you created in (e) to the following Ganda words. The output represents how these words are actually pronounced. (4 points)
Input Output
a. /lagila/
lægɪlɔ
b. /buulila/ buliɹə
c. /emeli/ ɛmɛli
d. /oluganda/ olugɔndə
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f.
Now go back to the data and consider the syllable structure of Ganda. Provide a syllabifi-
cation for the Ganda words ’do’, ’fight’, and ’whistle’ (like in the slides in class
draw the structure of each syllable with Nucleus, Rhyme and any Onsets or Codas). Keep
the Maximize Onset rule and remember to also take any language specific phonotactic constraints into consideration (based on the data you are given in the beginning of this problem set). Note: do not provide a syllable structure for the English words, we are in-
terested in Ganda! (6 points) Rhyme:
onset nucleus onset nucleus
ko.la
(2 syllables) kəʊ.lə k əʊ l ə
l.wa.na (3 syllables) l.wa.nə Rhyme: Rhyme: onset onset nucleus onset nucl.
l w a n ə
e.fir.im.bi (4 syllables) ɛf.ɜr.ɪm.bi Rhyme: Rhyme: Rhyme:
nucleus coda nucleus coda nucleus coda onset nucleus
ɛ f ɜ r ɪ m b i
Based on your analysis of the words in the previous question, what are the types of sylla-
bles that are observed in Ganda? e.g. V, CV, CVC, CVCC etc. Provide examples to sup-
port your claim. (4 points)
the types of syllables observed in Ganda usually follow a CV patter, however we can see that it is not always the case, as with the word “efirimbi” which follows a VCVCVCCV patter/
Part 3. (13.5 points) – Morphophonemics of English
The following problem set is a problem from the morphophonology of English, and it concerns the English plural suffix. The precise set up of the problem was designed by Maya Honda (Wheelock College, Boston) and Wayne O’Neil (MIT, Cambridge). It was designed specifically as lesson plan for a pilot project in an elementary grade (that’s why it is couched in a story in-
volving a Martian scientist, and why no phonetic terminology is presupposed). However, if we make use of more specific phonetic terminology, it still makes for a good problem at our stage, as well. Have fun!
A scientist from Mars has just arrived in the Boston area. The Martian scientist is learning to speak English, and she wants very much to sound like an ordinary speaker of English. Right now, the Martian scientist is having problems making plurals. Plurals
are used when we talk about more than one of something. For example, the plural of cat
is cats
, and the plural of day
is days
. The Martian scientist does not know how to pronounce plurals correctly.
a. The Martian scientist listened carefully to English speakers’ pronunciation of some plurals. She noticed that the plural endings sounded like the last sound in the word buzz
. For example, say the following sentences aloud. Concentrate on the sound of the plural endings of the under-
lined words.
There are bugs
on this plant.
The pears
are rotten.
There are two birds
in the sky.
On the basis of such data, the Martian scientist made up a simple hypothesis: Add a [z] sound to a word to make it plural
. If the Martian scientist follows this hypothesis to make plurals for the words below (and similar words), will she sound like us? Why or why not?
pig
rat
judge
rock
lunch
cloud shape
star
She won’t sound like us due to the difference in pronunciation and enunciation of sounds due to cultural upbringing.
b. The Martian scientist heard someone say the sentences shown below and noticed differences in the way the plural endings of the underlined words sound. Say the sentences aloud. Concen-
trate on how the plural endings of the underlined words sound.
All of the spoons
and cups
and dishes
are on the table.
There are goats
and horses
and cows
on the farm.
Some of these plural endings sound the same. Of these six underlined words, which ones have plural endings that sound the same?"
(goats, cups) (dishes, horses) (spoons, cows)
c. Say the plurals for the following words aloud. Listen to how the plural endings sound.
graph
myth
wish
lunch
rock
shape
rib
room
snake
star
tree
dove
cloud law
kiss
watch lie
breeze
box
bus
rat
bell judge pig
toe bush
hen
fuse
day
crew
Put the words into groups according to how their plural endings sound.
(graph, myth, rock, rat)
(shape, snake, (wish, lunch, kiss, watch, breeze, box, bus, judge, bush, fuse)
(rib, room, star, tree, dove cloud, law, lie, bell, pig, toe, hen, day, crew)
d. Look at your answers to problems (b) and (c). Think about what your work shows about how we make plurals. Formulate a simple hypothesis that will help the Martian scientist say plurals so
that she sounds like any ordinary speaker of English. (Hint: Say the words in each group without adding their plural endings. Listen to the final sound of each word.). In other words, provide statements describing where each plural form occurs, something like “the plural morpheme is pronounced as X when this context occurs”.
NOTE: Since you have some background in phonetics (contrary to the children for whom
this lesson plan was designed), state your hypothesis by making reference to phonetic features.
Note: the sounds [ s z ʃ ʒ tʃ dʒ] form a natural class called sibilants
.
The plural morpheme for the first set is pronounced as “s”. The plural morpheme is pronounced as “es” in the second set.
the plural morphene is pronounced as ez in the third set
the plural morhene is pronounced as “z” in the fourth set
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e. "If the Martian scientist follows your hypothesis, will she be able to make plurals that 'sound right' when she learns new words she hasn't heard before?" In other words, do the rules you cre-
ated in (d) correctly capture the rules for plural formation in English?
Why or why not?
The rules I created in (d) do apply to rules for plural formation in English, however there are some exceptions since not all plurals in English follow these rules, and unless the language is learned innately, some plurals will be mispronounced or misinterpreted.