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Phonology12

Course: LING 102, Spring 2011
School: University of Hawaii -...
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6 Phonology What Chapter is Phonology? What is Phonology? Phonology is the study of the sound system of language What is Phonology? Phonology is the study of the sound system of language Why sound system? Why not just sound? What is Phonology? Phonology is the study of the sound system of language Why sound system? Why not just sound? Well, because we have another area, phonetics, that studies...

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6 Phonology What Chapter is Phonology? What is Phonology? Phonology is the study of the sound system of language What is Phonology? Phonology is the study of the sound system of language Why sound system? Why not just sound? What is Phonology? Phonology is the study of the sound system of language Why sound system? Why not just sound? Well, because we have another area, phonetics, that studies sound in general What is Phonology? Phonology is the study of the sound system of language Why sound system? Why not just sound? Well, because we have another area, Phonetics, that studies sound in general Phonology studies those sounds that are meaningful in language- that make it possible for us to produce meaningful words The Vocal Tract Part of studying phonology is understanding and describing how particular sounds are produced The Vocal Tract Part of studying phonology is understanding and describing how particular sounds are produced To do so, we need to know some of the anatomy of where sounds come from The Vocal Tract Part of studying phonology is understanding and describing how particular sounds are produced To do so, we need to know some of the anatomy of where sounds come from Where does sound come from? The Vocal Tract Part of studying phonology is understanding and describing how particular sounds are produced To do so, we need to know some of the anatomy of where sounds come from Where does sound come from? It comes from our vocal tract To produce sounds, we blow air through our vocal tract and out of our mouths- To produce sounds, we blow air through our vocal tract and out of our mouthsHow we make different sounds will depend on how we affect that air as it passes through our vocal tract- we will see more about this later What parts of our anatomy constitute our vocal tract? Well, working from the inside down, lets begin with the lips Well, working from the inside down, lets begin with the lips Going back a little, we have the teeth Well, working from the inside down, lets begin with the lips Going back a little, we have the teeth We also have the tongue Well, working from the inside down, lets begin with the lips Going back a little, we have the teeth We also have the tongue Behind the teeth, at the top, there isa ridge that goes back toward the top of the mouth- this is the alveolar ridge Going back further, there is a bony dome on the way to roof of the mouththis is called the palate Going back further, there is a bony dome on the way to roof of the mouththis is called the palate Further up, the roof of the mouth gets soft- this part is called the velum Going back further, there is a bony dome on the way to roof of the mouth- this is called the palate Further up, the roof of the mouth gets softthis part is called the velum Going back, there is a dangling appendage at the back of the mouth- this is the uvula We also have the pharynx back there- it is the back wall of the throat behind the tongue We also have the pharynx back there- it is the back wall of the throat behind the tongue If we go down the vocal tract, we have the epiglottis, the soft tissue which covers the vocal cords during eating We also have the pharynx back there- it is the back wall of the throat behind the tongue If we go down the vocal tract, we have the epiglottis, the soft tissue which covers the vocal cords during eating Down more, we have the esophagus We also have the pharynx back there- it is the back wall of the throat behind the tongue If we go down the vocal tract, we have the epiglottis, the soft tissue which covers the vocal cords during eating Down more, we have the esophagus, the tube going to the stomach We also have the larynx, which contains the vocal cords We also have the larynx, which contains the vocal cords And finally, we have the trachea, the tube that goes to the lungs We also have the larynx, which contains the vocal cords And finally, we have the trachea, the tube that goes to the lungs Not all of these will be involved directly with the production of sounds, but many of them will- we will come back to them soon Just like morphology had the morpheme as its most important concept, so does phonology have an equally important concept Just like morphology had the morpheme as its most important concept, so does phonology have an equally important concept- the phoneme Just like morphology had the morpheme as its most important concept, so does phonology have an equally important concept- the phoneme A phoneme is the smallest meaningful unit in a language Some examples of Phonemes Lets take the minimal pair: Fat and pat Some examples of Phonemes Lets take the minimal pair: Fat and pat- they differ only in the first sound (f and p)- the other two sounds are the same- this is why it is called a minimal pair Some examples of Phonemes Lets take the minimal pair: Fat and pat- they differ only in the first sound (f and p)- the other two sounds are the same- this is why it is called a minimal pair You ask yourself, does this one difference in sound make a difference in the meaning of the words? Some examples of Phonemes Lets take the minimal pair: Fat and pat- they differ only in the first sound (f and p)- the other two sounds are the same- this is why it is called a minimal pair You ask yourself, does this one difference in sound make a difference in the meaning of the words? Yes! We know fat and pat are different words! We know fat and pat are different words! Well, this tells us that f and p are different phonemes in English- because they are what makes the difference in these two words- they are meaningful to us English speakers! Well, of course, we know that p and f are different in English. Who doesnt? Well, of course, we know that p and f are different in English. Who doesnt? Okay, check this out: Well, of course, we know that p and f are different in English. Who doesnt? Okay, check this out: Suppose we recognized that there were two different ways of pronouncing p in English, one with a little burst of air [p(h)] and one without [p] Then, we could try two pronunciations of pig- Then, we could try two pronunciations of pigP(h)ig Then, we could try two pronunciations of pigP(h)ig Pig Then, we could try two pronunciations of pigP(h)ig Pig Are these different words? Then, we could try two pronunciations of pigP(h)ig Pig Are these different words? No, they are both pig But check this out: But check this out: What if I told you that in Thai, there was one word p(h)aa which meant forest and another word paa which means split But check this out: What if I told you that in Thai, there was one word p(h)aa which meant forest and another word paa which means split Since the only difference between them is the (h) sound, this means that p(h) and p are different phonemes in Thai It also means that in English p(h) and p are not different phonemes It also means that in English p(h) and p are not different phonemes How about dim and tim in English? It also means that in English p(h) and p are not different phonemes How about dim and tim in English? It also means that in English p(h) and p are not different phonemes How about dim and tim in English? Are they different words? It also means that in English p(h) and p are not different phonemes How about dim and tim in English? Are they different words? Yes! It also means that in English p(h) and p are not different phonemes How about dim and tim in English? Are they different words? Yes! What does this mean? It also means that in English p(h) and p are not different phonemes How about dim and tim in English? Are they different words? Yes! What does this mean? Simply that d and t are different phonemes in English- they are meaningful to us Know any Hawaiian Language? Know any Hawaiian Language? What does lnai mean? Know any Hawaiian Language? What does lnai mean? It is the island of Lanai Know any Hawaiian Language? What does lnai mean? It is the island of Lanai What does lnai mean? Know any Hawaiian Language? What does lnai mean? It is the island of Lanai What does lnai mean? It is a veranda or a porch- a lanai Know any Hawaiian Language? What does lnai mean? It is the island of Lanai What does lnai mean? It is a veranda or a porch- a lanai These words are different in just one respect- the (okina) What does that mean? What does that mean? It means that the (okina) is a phoneme in Hawaiian- it is meaningful in the language What does that mean? It means that the (okina) is a phoneme in Hawaiian- it is meaningful in the language So, do you get the idea of a phoneme? What does that mean? It means that the (okina) is a phoneme in Hawaiian- it is meaningful in the language So, do you get the idea of a phoneme? One more fun point about phonemes What does that mean? It means that the (okina) is a phoneme in Hawaiian- it is meaningful in the language So, do you get the idea of a phoneme? One more fun point about phonemes It is sometimes difficult for us to learn languages that dont have the same phonemes Example Grass Glass Example Grass Glass Different words? Example Grass Glass Different words? Why? Example Grass Glass Different words? Why? This is a piece of cake for us native English speakers, but how about speakers whose first language is Japanese? Why is that the case? Why that is the case? It all goes back to phonemes- Japanese does not have separate /l/ and /r/ phonemes- thus, it is difficult for them to make this distinction It works both ways! It works both ways! How does an American pronounce this word- ramen? It works both ways! How does an American pronounce this word- ramen? Probably with a strong r sound, but that is not how it is done in Japanese It works both ways! How does an American pronounce this word- ramen? Probably with a strong r sound, but that is not how it is done in Japanese- this is because the Japanese phoneme is between an /l/ and /r/, which we dont have in English- so it is difficult for English speakers So, arent phonemes just the coolest things ever? So, arent phonemes just the coolest things ever? Well, I am going to make you memorize some English phonemes for this class Before we get there, we have to learn that to do phonology, we cannot just rely on regular letters Before we get there, we have to learn that to do phonology, we cannot just rely on regular letters Why? Before we get there, we have to learn that to do phonology, we cannot just rely on regular letters Why? Because they cannot be trustedespecially English spelling will screw us up Take, for example, pea and key. Take, for example, pea and key. They are spelled differently, but isnt the vowel sound the same- something that sounds like a long i sound- Take, for example, pea and key. They are spelled differently, but isnt the vowel sound the same- something that sounds like a long i soundIn fact, we want to write sounds and words more accurately and so we use the phonemic alphabet and write it phonemically as /pi/ How about the words kick and cork? How about the words kick and cork? Arent the k and c sounds at the beginnings of these words the same sounds, even though different letters are used How about the words kick and cork? Arent the k and c sounds at the beginnings of these words the same sounds, even though different letters are used Arent they both just /k/? Consonants in English are not as bad as vowels- most of the consonants are just represented by the letter- Consonants in English are not as bad as vowels- most of the consonants are just represented by the letterSo p would just be /p/ and k would just be /k/ Consonants in English are not as bad as vowels- most of the consonants are just represented by the letterSo p would just be /p/ and k would just be /k/ But there are some unusual ones that you need to know th as in thin, ether, breath th as in thin, ether, breath th as in then, either, breathe th as in thin, ether, breath th as in then, either, breathe sh as in shoe, thresher, rush th th sh zh as in thin, ether, breath as in then, either, breathe as in shoe, thresher, rush as in -----, treasure, rouge th th sh zh ch as in thin, ether, breath as in then, either, breathe as in shoe, thresher, rush as in -----, treasure, rouge as in chain, sketchy, beseech th th sh zh ch J(wedge)j as in thin, ether, breath as in then, either, breathe as in shoe, thresher, rush as in -----, treasure, rouge as in chain, sketchy, beseech as in Jane, edgy, besiege th th sh zh ch J(wedge)j ng as in thin, ether, breath as in then, either, breathe as in shoe, thresher, rush as in -----, treasure, rouge as in chain, sketchy, beseech as in Jane, edgy, besiege as in -----, singer, sing Once we get those symbols down, we are ready to begin describing the distinctive features of the English consonants. Once we get those symbols down, we are ready to begin describing the distinctive features of the English consonants. Distinctive features are those smaller units that make up each phoneme. Distinctive features usually consist of three parts Distinctive features usually consist of three parts Place of articulation Distinctive features usually consist of three parts Place of articulation: the place where the vocal tract is constricted in making the sound Distinctive features usually consist of three parts Place of articulation: the place where the vocal tract is constricted in making the sound Manner of articulation: how the vocal tract is constricted in making the sound Distinctive features usually consist of three parts Place of articulation: the place where the vocal tract is constricted in making the sound Manner of articulation: how the vocal tract is constricted in making the sound One more that we will see later The best way to do this is to look at the chart on page 107 as we go through this The best way to do this is to look at the chart on page 107 as we go through this First, place of articulation The best way to do this is to look at the chart on page 107 as we go through this First, place of articulation Bilabial: Air is constricted by both lips The best way to do this is to look at the chart on page 107 as we go through this First, place of articulation Bilabial: Air is constricted by both lips /p/ /b/ /m/ /w/ Labiodental: Labiodental: Air is constricted by the lower lip and teeth Labiodental: Air is constricted by the lower lip and teeth: /f/ /v/ Labiodental: Air is constricted by the lower lip and teeth: /f/ /v/ Interdental: Labiodental: Air is constricted by the lower lip and teeth: /f/ /v/ Interdental: the tongue comes between the teeth Labiodental: Air is constricted by the lower lip and teeth: /f/ /v/ Interdental: the tongue comes between the teeth: // (theta) // (eth) Alveolar: Labiodental: Air is constricted by the lower lip and teeth: /f/ /v/ Interdental: the tongue comes between the teeth:// (theta) // (eth) Alveolar: the tongue and the alveolar ridge: Labiodental: Air is constricted by the lower lip and teeth: /f/ /v/ Interdental: the tongue comes between the teeth: // (theta) // (eth) Alveolar: the tongue and the alveolar ridge: /t/ /d/ /s/ /z/ /n/ /l/ Palatal- Palatal- constriction between the tongue and the palate Palatal- constriction between the tongue and the palate: // // // /j/ (with little wedge on top) /r/ /y/ Palatal- constriction between the tongue and the palate: // // // /j/ (with little wedge on top) /r/ /y/ Velar- Palatal- constriction between the tongue and the palate: // // // /j/ (with little wedge on top) /r/ /y/ Velar- constriction between tongue and velum: Palatal- constriction between the tongue and the palate: // // // /j/ (with little wedge on top) /r/ /y/ Velar- constriction between tongue and velum: /k/ /g/ // Palatal- constriction between the tongue and the palate: // // // /j/ (with little wedge on top) /r/ /y/ Velar- constriction between tongue and velum: /k/ /g/ // Glottal- Palatal- constriction between the tongue and the palate: // // // /j/ (with little wedge on top) /r/ /y/ Velar- constriction between tongue and velum: /k/ /g/ // Glottal- primary constriction is epiglottis Palatal- constriction between the tongue and the palate: // // // /j/ (with little wedge on top) /r/ /y/ Velar- constriction between tongue and velum: /k/ /g/ // Glottal- primary constriction is epiglottis /h/ Next, Manner of Articulation Stops: when air is completely blocked for a split second: Stops: when air is completely blocked for a split second: /p/ /b/ /t/ /d/ /k/ /g/ Stops: when air is completely blocked for a split second: /p/ /b/ /t/ /d/ /k/ /g/ Fricatives: when air is impeded but not completely blocked: Stops: when air is completely blocked for a split second: /p/ /b/ /t/ /d/ /k/ /g/ Fricatives: when air is impeded but not completely blocked: /f/ /v/ // // /s/ /z/ // // /h/ Affricates- similar to fricatives but begin like stops but doesnt actually stop: Affricates- similar to fricatives but begin like stops but doesnt actually stop: // /j/ (with little wedge on top) Affricates- similar to fricatives but begin like stops but doesnt actually stop: // /j/ (with little wedge on top) Nasals- the flow of air is through the nose not the mouth Affricates- similar to fricatives but begin like stops but doesnt actually stop: // /j/ (with little wedge on top) Nasals- the flow of air is through the nose not the mouth: /m/ /n/ // Affricates- similar to fricatives but begin like stops but doesnt actually stop: // /j/ (with little wedge on top) Nasals- the flow of air is through the nose not the mouth: /m/ /n/ // Liquids- not a true consonant- a cover term for r and l sounds Affricates- similar to fricatives but begin like stops but doesnt actually stop: // /j/ (with little wedge on top) Nasals- the flow of air is through the nose not the mouth: /m/ /n/ // Liquids- not very consonant-like - a cover term for r and l sounds: /l/ /r/ Affricates- similar to fricatives but begin like stops but doesnt actually stop: // /j/ (with little wedge on top) Nasals- the flow of air is through the nose not the mouth: /m/ /n/ // Liquids- not very consonant-like - a cover term for r and l sounds: /l/ /r/ Glides- also not very consonant-like - vocal tract is constricted but air is not really impeded Affricates- similar to fricatives but begin like stops but doesnt actually stop: // /j/ (with little wedge on top) Nasals- the flow of air is through the nose not the mouth: /m/ /n/ // Liquids- not a true consonant- a cover term for r and l sounds: /l/ /r/ Glides- not very consonant-like - vocal tract is constricted but air is not really impeded /w/ /y/
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William & Mary - BIO - 1030
Kelsey McCullough, Jake Barker, Piper GundersonApril 8, 2009Bio 5Battle Plan, Action Plan, Plan of ActionI. What is an amphibian?Amphibians live double lives- one in water and one on land. Many begin life withgills, then develop lungs as they age. T
William & Mary - BIO - 1030
Conductivity Probe(Order Code CON-BTA or CON-DIN)The Conductivity Probe can be used to measure either solution conductivity or totalion concentration of aqueous samples being investigated in the field or in thelaboratory. Conductivity is one of the ea
William & Mary - BIO - 1030
Preparing the Dissolved Oxygen Probe for UseDissolved OxygenProbe(Order Code DO-BTA or DO-DIN)The Dissolved Oxygen Probe can be used to measure the concentration of dissolvedoxygen in water samples tested in the field or in the laboratory. You can us
William & Mary - BIO - 1030
EndangeredReptiles andAmphibians inNHMarbled SalamanderCharacteristics:-3-4.5 inches in length-Dark colored back with light cross bandsHabitat:-Damp Wooded Areas-Close to ponds and streamsDiet:-Carnivorous-Eat snails, worms, slugs, other sala
William & Mary - BIO - 1030
William & Mary - BIO - 1030
William & Mary - BIO - 1030
William & Mary - BIO - 1030
William & Mary - BIO - 1030
William & Mary - BIO - 1030
William & Mary - BIO - 1030
William & Mary - BIO - 1030
William & Mary - BIO - 1030
William & Mary - BIO - 1030
See the Vernier web site, www.vernier.com/calc/software/index.html for moreinformation on the App and Program Transfer Guidebook. DataMate program Use DataMate with LabPro or CBL 2 and TI-73, TI-83,TI-84, TI-86, TI-89, and Voyage 200 calculators. See t
William & Mary - BIO - 1030
William & Mary - BIO - 1030
Piper Gunderson, Jake Barker, and Kelsey McCullough4-29-09Bio5How did reptiles and amphibians evolve?Reptiles and amphibians are very similar. There are some very good reasons forthis. One is because reptiles evolved from amphibians. Amphibians howev
William & Mary - BIO - 1030
SalamandersSpecimanName # Seen/Heard AgeSpeciesSexEnvironmentDescriptionAmt. foundLocation Habitat Water BodySalinity Water Temp. Air Temp. WeatherHumidityDateTimeRecorder