How to Study

Begin with the printed textbook pages for the chapter. Watch the matching video to review the explanation, then listen to the podcast to revisit the ideas. Pause at examples, work through the Practice and Apply tasks, and attempt the Short Quiz before checking the explained answers. Keep the textbook open when checking IPA symbols, accent labels, definitions, and notation conventions.

Explore the 15 Chapters

Choose a chapter below. Each section follows the textbook’s five core topics and links to its matching video and podcast.

Watch all 15 video lessons · Listen to all 15 podcasts

Chapter 1: Phonology and the Sound Patterns of Language

Textbook pp. 15–28

This chapter introduces phonology as the study of organized sound patterns. It explains the evidence used to discover contrasts, distributions, and alternations in a language.

Central question: Why do speakers treat physically different sounds as the same sound, and how can such patterns be discovered and described?

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Five core topics

1.1 From Phonetics to Phonology: What Changes (p. 16) — Distinguish the physical properties of speech sounds from their roles in a language, and compare how different languages organize similar sounds into contrastive units.

1.2 Sounds, Letters and Symbols (p. 18) — Separate spelling from speech by counting transcribed sounds, recognizing letter–sound mismatches, and interpreting phonemic and phonetic symbols using the textbook’s stated conventions.

1.3 Three Kinds of Pattern: Inventories, Distributions and Alternations (p. 20) — Identify a language’s sound inventory, the environments where sounds occur, and alternations within meaningful units as three kinds of evidence about its sound system.

1.4 Evidence and Method: Data Sets, Generalizations and Argument (p. 22) — Move from transcribed data to generalizations and testable hypotheses, using new forms and counterexamples to assess an analysis and state its limits.

1.5 Frameworks and Uses of Phonology (p. 23) — Compare rule-based, constraint-based, and usage-based approaches, then connect phonological analysis with language teaching, dictionaries, speech technology, language documentation, and speech and language therapy.

Chapter 2: Phonemes, Allophones and Contrast

Textbook pp. 29–42

This chapter explains how sounds distinguish words, how one phoneme can have different pronunciations, and why the same sounds can play different roles across languages.

Central question: How can we decide whether two sounds are separate units of a language’s sound system or variants of one unit?

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Five core topics

2.1 The Phoneme as a Contrastive Unit (p. 30) — Use minimal pairs and minimal sets to establish contrast, distinguishing a physically produced phone from a phoneme that can separate words in a particular language.

2.2 Allophones and Complementary Distribution (p. 32) — Recognize predictable allophones such as aspiration, dark l, and vowel nasalization, and compare complementary distribution with the overlapping environments found in contrastive distribution.

2.3 Free Variation and Neutralization (p. 34) — Distinguish variation without a meaning change from the loss of a phonemic contrast in a particular environment, using the chapter’s English and German evidence.

2.4 The Same Sounds, Different Systems (p. 35) — Compare how English, Hindi, and Korean organize similar stop sounds, showing why aspiration and voicing must be analyzed within each language’s own system.

2.5 What Kind of Thing Is a Phoneme? (p. 37) — Consider evidence that phonemes are mental categories, and compare abstract representations with exemplar models that retain detailed memories of previously heard words and pronunciations.

Chapter 3: Doing Phonemic Analysis

Textbook pp. 43–56

This chapter develops a practical method for moving from transcribed words to an analysis of phonemes and allophones, with explicit evidence and stated limits.

Central question: What steps lead from a list of transcribed words to a statement of a language’s phonemes and allophones?

Watch Chapter 3 · Listen to Chapter 3

Five core topics

3.1 Preparing the Data: Transcription and Environments (p. 44) — Prepare phonetic transcriptions with meanings, list the phones, identify similar pairs worth testing, and record neighboring sounds, syllable position, word position, and stress.

3.2 Finding Distributions: A Step-by-Step Procedure (p. 46) — Test minimal pairs, compare environments, assess phonetic similarity, and choose a basic allophone while recognizing that a small sample cannot establish a language-wide pattern.

3.3 Stating Allophone Rules in Words and Symbols (p. 47) — Turn statements about allophone distributions into rules in words and symbols, identifying the changing sound, its pronunciation, and the environment where the change occurs.

3.4 Phonemic Inventories and Charts (p. 48) — Build consonant and vowel inventories with one entry per phoneme, justify entries through contrast, and compare English accents and other languages without confusing phonemes with allophones.

3.5 Common Problems in Phonemic Analysis (p. 50) — Examine overlapping and defective distributions, the analysis of complex sounds, and complementary distributions without phonetic similarity, using related forms and language-wide patterns to test decisions.

Chapter 4: Distinctive Features and Natural Classes

Textbook pp. 57–71

This chapter explains why groups of sounds behave together and how distinctive features make those groups, inventories, and sound patterns more precise.

Central question: Why do phonological patterns apply to groups of sounds rather than to single sounds, and how can those groups be defined?

Watch Chapter 4 · Listen to Chapter 4

Five core topics

4.1 Natural Classes: Why Sounds Behave Together (p. 58) — Define natural classes through shared phonetic properties and shared phonological behavior, choosing a description that includes every intended member and excludes other sounds in the language.

4.2 Major Class and Manner Features (p. 59) — Use binary major-class and manner features to describe segments and classes, while distinguishing positive and negative values from zero values where a feature does not apply.

4.3 Place and Laryngeal Features (p. 61) — Describe place of articulation through labial, coronal, and dorsal features, then distinguish laryngeal properties such as voicing, spread glottis, and constricted glottis.

4.4 Vowel Features and Feature Matrices (p. 63) — Describe vowels with tongue, lip, tenseness, and tongue-root features, and read feature matrices while treating the textbook’s English values as an explicit analytical convention.

4.5 Using Features Across Languages (p. 65) — Interpret PHOIBLE feature values, compare analyses across languages, and use shared features to describe inventories and rules while recognizing that feature systems can make different choices.

Video source note: The worked example in the Chapter 4 video comes from this textbook, Chapter 4, pp. 64–65. One on-screen caption names a different book in error.

Chapter 5: Phonological Processes

Textbook pp. 72–85

This chapter examines systematic sound changes in context and considers why similar processes recur across languages without assuming that every pattern has the same explanation.

Central question: What changes do sounds undergo in particular positions, and why do the same changes appear again and again across languages?

Watch Chapter 5 · Listen to Chapter 5

Five core topics

5.1 Assimilation: Place, Voice, Manner and Nasality (p. 73) — Identify assimilation by the feature that spreads, its direction, and its degree, distinguishing systematic sound changes from slips and recognizing obligatory and optional processes.

5.2 Vowel Harmony and Assimilation at a Distance (p. 75) — Analyze agreement between vowels across intervening consonants, using Turkish suffix patterns to distinguish harmony in backness alone from harmony in both backness and rounding.

5.3 Weakening and Strengthening: Lenition, Fortition and Flapping (p. 77) — Compare weakening and strengthening in their typical environments, and analyze Spanish spirantization and English flapping as changes in the degree or duration of consonant constriction.

5.4 Deletion, Insertion and Other Changes (p. 79) — Distinguish deletion and insertion from changes in sound quality or order, and identify processes such as syncope, apocope, epenthesis, dissimilation, metathesis, and coalescence.

5.5 Why Processes Recur: Articulation, Perception and Markedness (p. 80) — Relate recurring processes to articulatory effort, perceptual clarity, and markedness, while recognizing that these pressures explain tendencies and do not determine every language’s patterns.

Chapter 6: Writing Rules and Derivations

Textbook pp. 86–99

This chapter turns sound patterns into explicit rules and derivations, then tests their predictions against attested forms and new evidence.

Central question: How can a sound pattern be stated precisely enough that it predicts the pronunciation of every form?

Watch Chapter 6 · Listen to Chapter 6

Five core topics

6.1 Underlying and Surface Representations (p. 87) — Distinguish proposed stored forms from pronunciations derived by rules, and explain how predictable variation and neutralization connect one underlying representation with several surface forms, or several underlying forms with one pronunciation.

6.2 Rule Notation: A Becomes B in the Environment C __ D (p. 88) — Identify a rule’s target, structural change, and environment, then use boundaries, class symbols, insertion, and deletion notation to state precise conditions and apply them to transcribed forms.

6.3 Features and Classes in Rules (p. 90) — Use distinctive features to describe natural classes and state only the properties that change, then interpret alpha notation as agreement between a target and its phonological environment.

6.4 Derivations: From Underlying Form to Pronunciation (p. 92) — Build derivation tables by applying ordered rules to each current form, distinguish “does not apply” from “no change,” and compare every final pronunciation with the observed data.

6.5 Testing and Revising a Rule (p. 93) — Test rules against every form, use counterexamples to identify overly broad or narrow conditions, and consider whether an incorrect underlying representation explains the mismatch before revising the analysis.

Chapter 7: Alternations and Morphophonology

Textbook pp. 100–113

This chapter examines why a morpheme can have several pronunciations and how evidence from alternations supports the choice of an underlying form.

Central question: Why does the same morpheme sound different in different words, and how do phonologists decide on its basic form?

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Five core topics

7.1 Morphemes and Allomorphs: A Short Preliminary (p. 101) — Identify roots and affixes within words, distinguish allomorphs from allophones, and classify changes as phonologically conditioned, lexically conditioned, or suppletive rather than confusing morphemes with syllables.

7.2 Alternations in English: Plurals, Past Tense and Related Words (p. 102) — Predict English plural and past-tense endings from the stem’s final sound, checking sibilants or alveolar stops before voicing, and recognize vowel alternations within related word families.

7.3 Choosing the Underlying Form (p. 103) — Compare candidate underlying forms through predictability, economy, and preserved contrasts, explaining why this rule-based analysis selects /-z/ for regular plurals and /-d/ for regular past tense.

7.4 Alternations Across Languages, Including Arabic (p. 105) — Compare final devoicing, Arabic article assimilation, root-and-template morphology, and loanword adaptation, recognizing language-specific conditions such as the exclusion of Modern Standard Arabic /dʒ/ from sun-letter assimilation.

7.5 Productivity and the Lexicon (p. 108) — Use nonce-word evidence to distinguish productive patterns from lexicalized alternations and suppletion, while recognizing degrees of generalization and why these results alone cannot decide between rules and analogy.

Chapter 8: Rule Interaction and Ordering

Textbook pp. 114–128

This chapter explains how phonological rules interact and how contrasting derivations can reveal rule order, opacity, and the limits of an analysis.

Central question: What happens when two patterns apply to the same word, and what does the result show about how a sound system is organized?

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Five core topics

8.1 When Rules Interact: Feeding and Bleeding (p. 115) — Trace how an earlier rule can create or remove a later rule’s environment, using English epenthesis with flapping or devoicing to distinguish feeding from bleeding orders.

8.2 Counterfeeding and Counterbleeding: Opacity at an Introductory Level (p. 117) — Explain counterfeeding and counterbleeding through Canadian English and Bedouin Arabic, showing how a regular ordered derivation can produce a surface form that hides a rule’s conditioning environment.

8.3 Ordering Arguments (p. 119) — Construct an ordering argument by establishing both rules independently, finding a deciding form, deriving both orders, and comparing their predictions with pronunciations from the relevant speaker group.

8.4 Abstractness: How Far from the Surface Can an Underlying Form Be? (p. 120) — Compare concrete and abstract underlying analyses of English vowel alternations, examine the costs of absolute neutralization, and use the Alternation Condition to evaluate what underlying distinctions predict.

8.5 Rules and Reality (p. 122) — Assess speech errors, child pronunciations, and nonce-word responses as evidence about speakers’ phonological knowledge, while distinguishing successful formal analyses from claims about psychological reality and considering competing interpretations.

Chapter 9: The Syllable and Phonotactics

Textbook pp. 129–142

This chapter examines syllable structure, permissible sound sequences, and syllable weight, connecting representations with patterns in languages and learner speech.

Central question: How are sounds grouped into syllables, and why does each language allow only some sequences of sounds?

Watch Chapter 9 · Listen to Chapter 9

Five core topics

9.1 Syllable Structure: Onset, Nucleus, Coda and Rhyme (p. 130) — Identify onset, nucleus, coda, and rhyme, represent open and closed syllables with trees and shape symbols, and relate syllable organization to language-specific requirements and phonological patterns.

9.2 Sonority and Syllabification (p. 131) — Use the sonority scale and Maximal Onset Principle to analyze syllable boundaries, while recognizing English /s/-cluster exceptions and the language-specific limits that constrain possible onsets.

9.3 Phonotactic Constraints (p. 133) — Identify restrictions on sound sequences and positions, distinguish accidental from systematic gaps, and examine nonsense-word judgments, perception, and loanword repairs as evidence for gradient phonotactic knowledge.

9.4 Syllable Weight, Moras, Length and Gemination (p. 134) — Count moras in syllable rhymes, compare language-specific weight assignments, and explain how vowel length, gemination, and compensatory lengthening affect syllable weight without treating onset consonants as weight-bearing.

9.5 Syllable Types Across Languages and in Learner English (p. 137) — Compare simple, moderately complex, and complex syllable systems, then explain how epenthesis, prothesis, and deletion adapt unfamiliar clusters in loanwords and learner English according to first-language patterns.

Chapter 10: Word Stress and Metrical Structure

Textbook pp. 143–156

This chapter explains how stress is organized within words, comparing stress systems and representing rhythmic structure through feet, grids, and rules.

Central question: How do languages decide which syllable of a word is stressed, and how can these decisions be represented?

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Five core topics

10.1 Stress as a Phonological Property (p. 144) — Distinguish primary, secondary, and absent stress as relative syllable prominence, and separate the phonetic cues listeners hear from the phonological patterns that determine stress placement.

10.2 Fixed and Free Stress Across Languages (p. 145) — Compare stress found by counting from a word edge with stress learned as part of a word, explaining why lexical stress can distinguish words without being random.

10.3 Feet and Metrical Structure: An Introduction (p. 147) — Build trochaic and iambic feet from a word edge, account for primary and secondary stress and leftover syllables, and use metrical grids to represent degrees of prominence.

10.4 Syllable Weight and Stress (p. 149) — Apply weight-sensitive stress patterns in Latin and Modern Standard Arabic, interpret extrametricality, and compare English weight tendencies while recognizing that heavy syllables are not automatically stressed.

10.5 English Word Stress: Patterns, Suffixes and Compounds (p. 151) — Use word class, stress-shifting and stress-neutral suffixes, and compounding to explain English stress patterns, while recognizing exceptions and checking uncertain pronunciations in a dictionary.

Chapter 11: Rhythm, Connected Speech and Weak Forms

Textbook pp. 157–171

This chapter follows English sound patterns across word boundaries, connecting sentence stress, weak forms, rhythm, and connected-speech rules.

Central question: What happens to the sound system of English when words are spoken together in normal speech?

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Five core topics

11.1 Sentence Stress and Prominence (p. 158) — Distinguish the usual stress patterns of content and function words, then explain how new information and contrast determine the strongest prominence in a sentence.

11.2 Rhythm: Stress-Timing, Syllable-Timing and the Evidence (p. 159) — Evaluate stress-timed, syllable-timed, and mora-timed classifications against measurement evidence, recognizing how syllable structure, vowel reduction, speaking rate, and individual variation shape rhythmic impressions.

11.3 Weak Forms and Vowel Reduction (p. 161) — Choose strong and weak forms according to stress, focus, quotation, and phrase position, and relate reduced function words to the broader pattern of unstressed vowel reduction.

11.4 Connected-Speech Processes (p. 162) — Identify optional assimilation, elision, linking, and coalescence across word boundaries, stating their environments and recognizing differences between General British and General American connected speech.

11.5 Prosodic Domains: Lexical and Postlexical Phonology (p. 164) — Compare lexical and postlexical rules using several criteria, locate their prosodic domains, and distinguish categorical changes from gradient phonetic adjustments in connected speech.

Chapter 12: Tone and Intonation

Textbook pp. 172–185

This chapter examines how pitch distinguishes words and organizes phrases, comparing tone, pitch accent, and English intonation through explicit representations.

Central question: How do languages organize pitch into systems of contrast at the word level and at the phrase level?

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Five core topics

12.1 Tone Languages: Level and Contour Tones as Contrastive Units (p. 173) — Use minimal pairs to establish lexical tone contrasts, distinguish level and contour tones, and interpret tone notation while keeping IPA marks separate from pinyin conventions.

12.2 Tone Behavior: Spreading, Stability, Sandhi and Tiers (p. 175) — Represent tones on independent tiers to explain spreading, stability, relinking, floating tones, and downstep, then apply Mandarin third-tone sandhi within its stated limitations.

12.3 Pitch Accent and Stress Accent (p. 178) — Compare stored pitch-fall locations in Tokyo Japanese with stored stress in English, distinguishing lexical pitch from intonation while recognizing debate over pitch-accent classifications.

12.4 English Intonation: Tone Units, Tonicity and Nuclear Tones (p. 179) — Divide English speech into tone units, locate the tonic syllable, and describe nuclear tones and surrounding parts while interpreting prominence and pitch movements in context.

12.5 Functions of Intonation and the Autosegmental-Metrical View (p. 180) — Explain grammatical, attitudinal, and discourse functions of intonation, comparing British contour descriptions with autosegmental-metrical pitch accents and phrase-edge tones without assuming exact equivalence.

Chapter 13: Constraints and Optimality Theory: A First Look

Textbook pp. 186–200

This chapter introduces an alternative to ordered rules in which conflicting requirements are ranked and candidate pronunciations are evaluated against them.

Central question: Can sound patterns be explained by ranking conflicting requirements rather than by ordered rules?

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Five core topics

13.1 From Rules to Constraints: Why a New Approach Emerged (p. 187) — Explain how different rules can share a surface goal, motivating constraints that evaluate outputs and Optimality Theory analyses based on conflicting, ranked requirements.

13.2 Markedness and Faithfulness Constraints (p. 188) — Distinguish markedness constraints on output structures from faithfulness constraints preserving input properties, count violations, and identify conflicts between these two families of requirements.

13.3 Ranking and Tableaux (p. 189) — Read tableaux to eliminate candidates by strict constraint ranking, derive the optimal output, and explore how reranking predicts different repairs and language types.

13.4 Comparing a Rule Analysis and a Constraint Analysis (p. 193) — Compare rule-based changes with constraint-based goals and repair choices, recognizing their shared predictions and the difficulty that opaque interactions create for classic Optimality Theory.

13.5 Learning Rankings and the Wider Family of Frameworks (p. 194) — Explore constraint demotion, variable rankings, and weighted constraints, then compare broader phonological frameworks and the experimental or corpus evidence used to evaluate their claims.

Chapter 14: Variation, Accents and Sound Change

Textbook pp. 201–215

This chapter treats accent differences and variation as systematic evidence, then connects them with sound change, borrowing, and emerging English varieties.

Central question: How can two accents of one language have different phonologies, and how do sound systems change over time?

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Five core topics

14.1 Types of Accent Difference (p. 202) — Use lexical sets to compare accents and distinguish systemic, realizational, distributional, and lexical-incidental differences, treating each accent as a complete sound system.

14.2 Variable Rules and Social Meaning (p. 205) — Analyze how pronunciation probabilities depend on sounds, word structure, social groups, and style, and explain why a variant’s social meaning belongs to its community.

14.3 Sound Change: Rules Frozen in Time (p. 207) — Trace regular sound change, chain shifts, and mergers through the Great Vowel Shift, showing how earlier changes leave present-day alternations and accent differences.

14.4 Contact, Loanwords and New Varieties (p. 208) — Analyze loanword sound replacements and syllable repairs as evidence of a borrowing language’s system, and recognize new English varieties as systematic community patterns.

14.5 Variation in Multilingual and Learner Speech (p. 210) — Examine style shifting and multilingual variation, comparing accounts that locate variability in language use, probabilistic grammar, or detailed memories accumulated through experience.

Chapter 15: Phonology and the Language Learner

Textbook pp. 216–230

This chapter connects phonology with child and second-language development, explaining learner patterns and practical priorities for intelligible pronunciation.

Central question: What does phonology explain about how children and second-language learners build a sound system, and how can learners use this knowledge?

Watch Chapter 15 · Listen to Chapter 15

Five core topics

15.1 First-Language Phonological Development (p. 217) — Trace early perception and production, identify regular processes in child speech, and relate them to markedness while recognizing variation in developmental timing and acquisition order.

15.2 Second-Language Phonology: Transfer, Markedness and Interlanguage (p. 219) — Compare contrastive-analysis and markedness-based predictions of learning difficulty, explaining how transfer and developing learner rules jointly shape an interlanguage that differs from both languages.

15.3 Learning New Contrasts and New Phonotactics (p. 221) — Compare models of new sound-category formation and perceptual assimilation, then analyze how first-language phonotactic rules can shape learners’ repairs of unfamiliar consonant clusters.

15.4 Stress, Rhythm and Intonation in Learner English (p. 222) — Relate learner stress, rhythm, and intonation to communication, distinguish intelligibility from comprehensibility and accentedness, and assess pronunciation priorities using functional load and listener evidence.

15.5 Using Phonology: Spelling, Dictionaries, Self-Analysis and Teaching (p. 224) — Connect spelling and dictionary transcriptions with phonological rules, then use recordings, self-analysis, perception practice, and listener feedback to set meaningful pronunciation and teaching priorities.

About the Textbook

Foundations of Phonology: For EFL University Students is part of English Language Studies for EFL University Students, Theoretical Linguistics. Project Director: Prof. Munassir Alhamami, Professor of Applied Linguistics, King Khalid University, Saudi Arabia. First Edition | Version 1 | 2026.

Citation: Alhamami, M. (2026). Foundations of phonology: For EFL university students (1st ed., Version 1). Zenodo. https://doi.org/10.5281/zenodo.22917243

The videos and podcasts are AI-generated study companions created with NotebookLM from the textbook. Consult the book for the complete teaching, practice activities, and explained answers.

Original textbook content is licensed under CC BY 4.0 except where otherwise stated. Material credited to other sources remains subject to its stated terms. Chapter and topic headings follow the textbook; these study explanations are supplementary adaptations.