Vocabulary | Lexical Decision — How the Mind Distinguishes Words from Nonwords

THE MASTERY CLUB · VOCABULARY SERIES · LEXICAL DECISION · WORD RECOGNITION · MENTAL LEXICON · PSEUDOWORDS · REACTION TIME

Vocabulary | Lexical Decision — How the Mind Distinguishes Words from Nonwords

Vocabulary is not only a store of word meanings. Every time a reader sees a letter string or a listener hears a sound sequence, the language system must decide whether the input corresponds to a known word, resembles one, or remains unfamiliar. Lexical decision is the research task built around that boundary. Participants classify a stimulus as a real word or a nonword while researchers examine accuracy, reaction time, frequency effects, semantic priming, orthographic similarity, phonological similarity and lexical competition. For vocabulary learning, the task matters because it exposes the moment at which a form begins to behave like an established member of the mental lexicon.

People searching lexical decision task, word recognition, mental lexicon, word vs nonword, reaction time vocabulary, semantic priming, word frequency effect, orthographic neighbourhood, pseudoword recognition or how the brain recognises words are asking how stored vocabulary becomes available quickly enough for fluent reading and listening. A lexical decision experiment does not measure vocabulary in the same way as a definition test. Instead, it asks whether a written or spoken form has achieved enough lexical status to be recognised efficiently against competing possibilities.

This complete guide explains lexical decision from the ground up: word/nonword classification, reaction-time logic, frequency and familiarity, semantic and associative priming, morphological decomposition, neighbourhood density, pseudowords, lexical competition, speed–accuracy trade-offs, spoken versus visual decision, multilingual effects, experimental design, educational interpretation and the limits of what the task can prove. The central proposition is that recognising a word is a competitive decision produced by the whole vocabulary system, not a simple dictionary lookup.

Start with Vocabulary — The Mastery Club, then use How Vocabulary Works for the conceptual apex. This page remains distinct from Word Recognition, Mental Lexicon, Lexical Competition and Pseudowords and Nonwords. Its owner job is the decision process itself.

The 50-Second Router

Fast answer: A lexical decision task asks whether a presented form is a real word in a target language. Faster and more accurate decisions usually indicate stronger or more accessible lexical representations, but performance is also shaped by frequency, familiarity, semantic context, spelling and sound neighbours, task strategy and the design of the nonwords.

1. Lexical Decision in One Sentence

Lexical decision asks a participant to classify a written or spoken stimulus as a word or nonword. The key measurements are normally accuracy and response time. A familiar high-frequency word such as house is typically classified quickly. A rare real word may take longer. A carefully designed pseudoword such as mep can look plausible enough to delay rejection. The task therefore reveals how confidently and efficiently the mental lexicon distinguishes established forms from possible but unestablished ones.

For teaching, convert this idea into evidence. Present matched examples, ask the learner to predict which will be recognised faster, then require an explanation using vocabulary-system language rather than intuition alone. The useful habit is to distinguish form familiarity, meaning knowledge, frequency, neighbour competition and task strategy. Those distinctions prevent a fast response from being mistaken for complete knowledge and a slow response from being mistaken for absence of learning.

2. Why Reaction Time Matters

Reaction time is useful because recognition is often too fast and automatic for introspection. A learner may say, ‘I just knew it was a word,’ while the millisecond pattern shows that some words are recognised more efficiently than others. Researchers compare conditions rather than worship individual milliseconds. The important inference comes from systematic differences across matched items and participants.

For teaching, convert this idea into evidence. Present matched examples, ask the learner to predict which will be recognised faster, then require an explanation using vocabulary-system language rather than intuition alone. The useful habit is to distinguish form familiarity, meaning knowledge, frequency, neighbour competition and task strategy. Those distinctions prevent a fast response from being mistaken for complete knowledge and a slow response from being mistaken for absence of learning.

3. Lexical Decision Is Not a Definition Test

A person can recognise a word without being able to define it precisely. That means lexical decision sits closer to familiarity and lexical access than to full vocabulary depth. Someone may correctly classify mitosis as a real word yet have weak conceptual knowledge of cell division. Conversely, an unfamiliar specialist term may be incorrectly rejected despite being legitimate English in a technical community.

For teaching, convert this idea into evidence. Present matched examples, ask the learner to predict which will be recognised faster, then require an explanation using vocabulary-system language rather than intuition alone. The useful habit is to distinguish form familiarity, meaning knowledge, frequency, neighbour competition and task strategy. Those distinctions prevent a fast response from being mistaken for complete knowledge and a slow response from being mistaken for absence of learning.

4. The Word Frequency Effect

Common words are generally recognised faster than rare words. Repeated encounters strengthen accessibility, improve predictability and establish more robust lexical representations. Frequency effects are central to models of lexical access, but raw frequency is not the whole story because contextual diversity, age of acquisition, familiarity, morphology and individual experience also influence performance.

For teaching, convert this idea into evidence. Present matched examples, ask the learner to predict which will be recognised faster, then require an explanation using vocabulary-system language rather than intuition alone. The useful habit is to distinguish form familiarity, meaning knowledge, frequency, neighbour competition and task strategy. Those distinctions prevent a fast response from being mistaken for complete knowledge and a slow response from being mistaken for absence of learning.

5. Familiarity and Personal Experience

Corpus frequency describes use across a population, while familiarity describes the learner’s own experience. A globally rare hobby term can be highly familiar to a specialist. Lexical decision therefore reminds educators that vocabulary knowledge is person-specific as well as language-wide.

For teaching, convert this idea into evidence. Present matched examples, ask the learner to predict which will be recognised faster, then require an explanation using vocabulary-system language rather than intuition alone. The useful habit is to distinguish form familiarity, meaning knowledge, frequency, neighbour competition and task strategy. Those distinctions prevent a fast response from being mistaken for complete knowledge and a slow response from being mistaken for absence of learning.

6. Age of Acquisition

Words learned early are often processed more efficiently than comparable later-learned words. Researchers debate exactly why, but early acquisition can affect representational organisation, cumulative exposure and connectivity. Educationally, the point is not that late learning is doomed; it is that entrenched lexical access develops through repeated meaningful use.

For teaching, convert this idea into evidence. Present matched examples, ask the learner to predict which will be recognised faster, then require an explanation using vocabulary-system language rather than intuition alone. The useful habit is to distinguish form familiarity, meaning knowledge, frequency, neighbour competition and task strategy. Those distinctions prevent a fast response from being mistaken for complete knowledge and a slow response from being mistaken for absence of learning.

7. Lexical Quality

High-quality lexical representations bind spelling, pronunciation, meaning and grammatical information precisely enough to support rapid recognition. Weak representations may be partially familiar yet unstable. Lexical decision performance can therefore improve as a word’s form becomes more sharply specified, even before deep conceptual mastery is complete.

For teaching, convert this idea into evidence. Present matched examples, ask the learner to predict which will be recognised faster, then require an explanation using vocabulary-system language rather than intuition alone. The useful habit is to distinguish form familiarity, meaning knowledge, frequency, neighbour competition and task strategy. Those distinctions prevent a fast response from being mistaken for complete knowledge and a slow response from being mistaken for absence of learning.

8. Orthographic Neighbours

Written words activate visually similar candidates. cat, cap, can and car share much of their orthography. Neighbours can facilitate recognition through familiar patterns or create competition because several candidates are activated at once. The effect depends on frequency, position and task.

For teaching, convert this idea into evidence. Present matched examples, ask the learner to predict which will be recognised faster, then require an explanation using vocabulary-system language rather than intuition alone. The useful habit is to distinguish form familiarity, meaning knowledge, frequency, neighbour competition and task strategy. Those distinctions prevent a fast response from being mistaken for complete knowledge and a slow response from being mistaken for absence of learning.

9. Phonological Neighbours

Spoken words likewise activate sound-alike candidates. Hearing the beginning of a word may temporarily fit several possibilities. Recognition unfolds over time as additional sounds narrow the candidate set. This makes spoken lexical decision fundamentally temporal.

For teaching, convert this idea into evidence. Present matched examples, ask the learner to predict which will be recognised faster, then require an explanation using vocabulary-system language rather than intuition alone. The useful habit is to distinguish form familiarity, meaning knowledge, frequency, neighbour competition and task strategy. Those distinctions prevent a fast response from being mistaken for complete knowledge and a slow response from being mistaken for absence of learning.

10. Lexical Competition

Recognition is often modelled as competition among partially matching candidates. Similar words become active and inhibit or outcompete each other as evidence accumulates. Strong vocabulary knowledge supports fast resolution because representations are distinct and well connected.

For teaching, convert this idea into evidence. Present matched examples, ask the learner to predict which will be recognised faster, then require an explanation using vocabulary-system language rather than intuition alone. The useful habit is to distinguish form familiarity, meaning knowledge, frequency, neighbour competition and task strategy. Those distinctions prevent a fast response from being mistaken for complete knowledge and a slow response from being mistaken for absence of learning.

11. Semantic Priming

If a participant sees doctor shortly after nurse, the second word may be recognised faster than after an unrelated prime. This semantic priming effect shows that lexical access is connected to meaning networks. The lexicon behaves less like isolated flashcards and more like an organised system.

For teaching, convert this idea into evidence. Present matched examples, ask the learner to predict which will be recognised faster, then require an explanation using vocabulary-system language rather than intuition alone. The useful habit is to distinguish form familiarity, meaning knowledge, frequency, neighbour competition and task strategy. Those distinctions prevent a fast response from being mistaken for complete knowledge and a slow response from being mistaken for absence of learning.

12. Associative Priming

Association is not identical to semantic similarity. bread can prime butter because the words frequently co-occur or are strongly associated. Vocabulary networks therefore contain relations based on concepts, experience, collocation and discourse patterns.

For teaching, convert this idea into evidence. Present matched examples, ask the learner to predict which will be recognised faster, then require an explanation using vocabulary-system language rather than intuition alone. The useful habit is to distinguish form familiarity, meaning knowledge, frequency, neighbour competition and task strategy. Those distinctions prevent a fast response from being mistaken for complete knowledge and a slow response from being mistaken for absence of learning.

13. Morphological Priming

Related forms such as teach, teacher and teaching can influence one another. This supports the view that morphological structure contributes to recognition. Learners do not process every derived word as a completely unrelated string.

For teaching, convert this idea into evidence. Present matched examples, ask the learner to predict which will be recognised faster, then require an explanation using vocabulary-system language rather than intuition alone. The useful habit is to distinguish form familiarity, meaning knowledge, frequency, neighbour competition and task strategy. Those distinctions prevent a fast response from being mistaken for complete knowledge and a slow response from being mistaken for absence of learning.

14. Repetition Priming

A recently encountered word is often recognised more efficiently on a later presentation. Repetition strengthens temporary accessibility and can contribute to learning. But short-term repetition effects should not be confused with durable vocabulary retention.

For teaching, convert this idea into evidence. Present matched examples, ask the learner to predict which will be recognised faster, then require an explanation using vocabulary-system language rather than intuition alone. The useful habit is to distinguish form familiarity, meaning knowledge, frequency, neighbour competition and task strategy. Those distinctions prevent a fast response from being mistaken for complete knowledge and a slow response from being mistaken for absence of learning.

15. Pseudowords as Foils

Lexical decision needs nonwords that are plausible enough to require real processing. If every nonword is obvious letter noise, participants can solve the task through superficial heuristics. Good pseudowords force the system to distinguish lexical status rather than merely detect illegal spelling.

For teaching, convert this idea into evidence. Present matched examples, ask the learner to predict which will be recognised faster, then require an explanation using vocabulary-system language rather than intuition alone. The useful habit is to distinguish form familiarity, meaning knowledge, frequency, neighbour competition and task strategy. Those distinctions prevent a fast response from being mistaken for complete knowledge and a slow response from being mistaken for absence of learning.

16. Nonword Difficulty

Some nonwords are rejected almost instantly because they violate familiar language patterns. Others resemble real words closely and take longer. This is why nonword design can change apparent word-recognition speed. A lexical decision task is only interpretable when its foils are controlled.

For teaching, convert this idea into evidence. Present matched examples, ask the learner to predict which will be recognised faster, then require an explanation using vocabulary-system language rather than intuition alone. The useful habit is to distinguish form familiarity, meaning knowledge, frequency, neighbour competition and task strategy. Those distinctions prevent a fast response from being mistaken for complete knowledge and a slow response from being mistaken for absence of learning.

17. Wordlikeness

Wordlikeness is the degree to which a nonword resembles possible forms in the language. Highly word-like nonwords often create stronger lexical activation and slower rejection. The effect links lexical decision directly to phonotactics, orthography and neighbourhood structure.

For teaching, convert this idea into evidence. Present matched examples, ask the learner to predict which will be recognised faster, then require an explanation using vocabulary-system language rather than intuition alone. The useful habit is to distinguish form familiarity, meaning knowledge, frequency, neighbour competition and task strategy. Those distinctions prevent a fast response from being mistaken for complete knowledge and a slow response from being mistaken for absence of learning.

18. Yes/No Bias

Participants can develop a response bias. If most stimuli are real words, they may become more willing to answer ‘word’. If nonwords dominate, they may become conservative. Balanced designs and signal-detection measures help separate sensitivity from bias.

For teaching, convert this idea into evidence. Present matched examples, ask the learner to predict which will be recognised faster, then require an explanation using vocabulary-system language rather than intuition alone. The useful habit is to distinguish form familiarity, meaning knowledge, frequency, neighbour competition and task strategy. Those distinctions prevent a fast response from being mistaken for complete knowledge and a slow response from being mistaken for absence of learning.

19. Speed–Accuracy Trade-Off

A participant can respond quickly by accepting more errors or slowly by prioritising certainty. Reaction time should therefore be interpreted together with accuracy. Educational comparisons that ignore this trade-off can mistake cautious performance for weak recognition.

For teaching, convert this idea into evidence. Present matched examples, ask the learner to predict which will be recognised faster, then require an explanation using vocabulary-system language rather than intuition alone. The useful habit is to distinguish form familiarity, meaning knowledge, frequency, neighbour competition and task strategy. Those distinctions prevent a fast response from being mistaken for complete knowledge and a slow response from being mistaken for absence of learning.

20. Visual Lexical Decision

In the visual version, participants classify printed letter strings. The task is shaped by orthographic familiarity, visual word form, morphology and print experience. It is widely used to study skilled reading and the organisation of written vocabulary.

For teaching, convert this idea into evidence. Present matched examples, ask the learner to predict which will be recognised faster, then require an explanation using vocabulary-system language rather than intuition alone. The useful habit is to distinguish form familiarity, meaning knowledge, frequency, neighbour competition and task strategy. Those distinctions prevent a fast response from being mistaken for complete knowledge and a slow response from being mistaken for absence of learning.

21. Auditory Lexical Decision

In the auditory version, participants hear spoken forms and decide whether they are words. Acoustic clarity, accent, phoneme sequence, timing, stress and spoken neighbourhoods all matter. Auditory lexical decision therefore probes a different route into the lexicon.

For teaching, convert this idea into evidence. Present matched examples, ask the learner to predict which will be recognised faster, then require an explanation using vocabulary-system language rather than intuition alone. The useful habit is to distinguish form familiarity, meaning knowledge, frequency, neighbour competition and task strategy. Those distinctions prevent a fast response from being mistaken for complete knowledge and a slow response from being mistaken for absence of learning.

22. Multilingual Lexical Decision

For multilingual learners, a string can be a word in one language and a nonword in another. Cross-language neighbours, cognates and shared orthography can activate several lexicons. A fair task must specify the target language and account for participants’ linguistic repertoires.

For teaching, convert this idea into evidence. Present matched examples, ask the learner to predict which will be recognised faster, then require an explanation using vocabulary-system language rather than intuition alone. The useful habit is to distinguish form familiarity, meaning knowledge, frequency, neighbour competition and task strategy. Those distinctions prevent a fast response from being mistaken for complete knowledge and a slow response from being mistaken for absence of learning.

23. Cognates

Cognates share form and meaning across languages and can be processed differently from unrelated words. They are useful evidence that multilingual lexical systems interact. In education, cognates can support vocabulary learning when similarities are genuine and false friends are explicitly distinguished.

For teaching, convert this idea into evidence. Present matched examples, ask the learner to predict which will be recognised faster, then require an explanation using vocabulary-system language rather than intuition alone. The useful habit is to distinguish form familiarity, meaning knowledge, frequency, neighbour competition and task strategy. Those distinctions prevent a fast response from being mistaken for complete knowledge and a slow response from being mistaken for absence of learning.

24. False Friends

False friends resemble words across languages but differ in meaning. They demonstrate why form familiarity alone does not guarantee semantic accuracy. Lexical decision may accept the form quickly while comprehension still fails.

For teaching, convert this idea into evidence. Present matched examples, ask the learner to predict which will be recognised faster, then require an explanation using vocabulary-system language rather than intuition alone. The useful habit is to distinguish form familiarity, meaning knowledge, frequency, neighbour competition and task strategy. Those distinctions prevent a fast response from being mistaken for complete knowledge and a slow response from being mistaken for absence of learning.

25. Proper Names and Specialist Terms

A participant may reject an unfamiliar surname, brand, scientific term or local expression even though it is legitimate in a particular domain. Lexical status is community-dependent. Researchers therefore need clear inclusion criteria and appropriate dictionaries or corpora.

For teaching, convert this idea into evidence. Present matched examples, ask the learner to predict which will be recognised faster, then require an explanation using vocabulary-system language rather than intuition alone. The useful habit is to distinguish form familiarity, meaning knowledge, frequency, neighbour competition and task strategy. Those distinctions prevent a fast response from being mistaken for complete knowledge and a slow response from being mistaken for absence of learning.

26. Lexical Decision and Reading Fluency

Fast word recognition supports fluent reading because attention can shift from decoding individual forms to constructing sentence and discourse meaning. Yet lexical decision in isolation is not reading fluency. Connected text adds syntax, prosody, prediction and comprehension.

For teaching, convert this idea into evidence. Present matched examples, ask the learner to predict which will be recognised faster, then require an explanation using vocabulary-system language rather than intuition alone. The useful habit is to distinguish form familiarity, meaning knowledge, frequency, neighbour competition and task strategy. Those distinctions prevent a fast response from being mistaken for complete knowledge and a slow response from being mistaken for absence of learning.

27. Lexical Decision and Vocabulary Size

A larger vocabulary can increase the number of known words available for fast acceptance, but it can also increase lexical competition because more neighbours exist. Vocabulary size and recognition speed interact rather than map one-to-one.

For teaching, convert this idea into evidence. Present matched examples, ask the learner to predict which will be recognised faster, then require an explanation using vocabulary-system language rather than intuition alone. The useful habit is to distinguish form familiarity, meaning knowledge, frequency, neighbour competition and task strategy. Those distinctions prevent a fast response from being mistaken for complete knowledge and a slow response from being mistaken for absence of learning.

28. Lexical Decision and Vocabulary Depth

Depth can influence how strongly words connect to meanings and related items. Richer semantic networks can alter priming and retrieval. Still, a lexical decision score is not a direct depth measure; separate meaning tasks are needed.

For teaching, convert this idea into evidence. Present matched examples, ask the learner to predict which will be recognised faster, then require an explanation using vocabulary-system language rather than intuition alone. The useful habit is to distinguish form familiarity, meaning knowledge, frequency, neighbour competition and task strategy. Those distinctions prevent a fast response from being mistaken for complete knowledge and a slow response from being mistaken for absence of learning.

29. Lexical Decision and Spelling

Accurate orthographic knowledge sharpens discrimination between real words and plausible misspellings. A learner may know the sound and meaning of a word but have an unstable written representation, producing slower or less accurate visual decisions.

For teaching, convert this idea into evidence. Present matched examples, ask the learner to predict which will be recognised faster, then require an explanation using vocabulary-system language rather than intuition alone. The useful habit is to distinguish form familiarity, meaning knowledge, frequency, neighbour competition and task strategy. Those distinctions prevent a fast response from being mistaken for complete knowledge and a slow response from being mistaken for absence of learning.

30. Lexical Decision and Pronunciation

In spoken tasks, phonological precision helps distinguish close neighbours. In visual tasks, pronunciation knowledge can also contribute because readers may activate phonology from print. Lexical access is multimodal.

For teaching, convert this idea into evidence. Present matched examples, ask the learner to predict which will be recognised faster, then require an explanation using vocabulary-system language rather than intuition alone. The useful habit is to distinguish form familiarity, meaning knowledge, frequency, neighbour competition and task strategy. Those distinctions prevent a fast response from being mistaken for complete knowledge and a slow response from being mistaken for absence of learning.

31. Designing a Clean Experiment

Good designs match word length, frequency, morphology and neighbourhood variables across conditions. Nonwords should be plausible but not accidentally real. Instructions and timing must be consistent. The experiment should manipulate the variable of interest while holding irrelevant factors stable.

For teaching, convert this idea into evidence. Present matched examples, ask the learner to predict which will be recognised faster, then require an explanation using vocabulary-system language rather than intuition alone. The useful habit is to distinguish form familiarity, meaning knowledge, frequency, neighbour competition and task strategy. Those distinctions prevent a fast response from being mistaken for complete knowledge and a slow response from being mistaken for absence of learning.

32. Interpreting Error Patterns

False negatives—rejecting real words—can indicate low familiarity or weak lexical status. False positives—accepting nonwords—may reflect strong wordlikeness, neighbour capture or a liberal response strategy. Error types are often more informative than total accuracy.

For teaching, convert this idea into evidence. Present matched examples, ask the learner to predict which will be recognised faster, then require an explanation using vocabulary-system language rather than intuition alone. The useful habit is to distinguish form familiarity, meaning knowledge, frequency, neighbour competition and task strategy. Those distinctions prevent a fast response from being mistaken for complete knowledge and a slow response from being mistaken for absence of learning.

33. Educational Use

A classroom does not need a laboratory button box to benefit from lexical-decision logic. Teachers can ask learners to classify words, nonwords, misspellings and domain terms, then explain their confidence. The discussion reveals what counts as evidence for lexical status.

For teaching, convert this idea into evidence. Present matched examples, ask the learner to predict which will be recognised faster, then require an explanation using vocabulary-system language rather than intuition alone. The useful habit is to distinguish form familiarity, meaning knowledge, frequency, neighbour competition and task strategy. Those distinctions prevent a fast response from being mistaken for complete knowledge and a slow response from being mistaken for absence of learning.

34. What the Task Cannot Prove

Lexical decision cannot independently diagnose dyslexia, vocabulary disorder, intelligence or comprehension. It is one task influenced by multiple processes. Responsible interpretation combines it with reading, spelling, meaning and language-history evidence.

For teaching, convert this idea into evidence. Present matched examples, ask the learner to predict which will be recognised faster, then require an explanation using vocabulary-system language rather than intuition alone. The useful habit is to distinguish form familiarity, meaning knowledge, frequency, neighbour competition and task strategy. Those distinctions prevent a fast response from being mistaken for complete knowledge and a slow response from being mistaken for absence of learning.

35. Central Principle

Lexical decision shows that vocabulary is not simply possessed or absent. Lexical status can be strong, weak, competitive, context-sensitive and modality-specific. Recognition emerges from the interaction of form, frequency, meaning, experience and task.

For teaching, convert this idea into evidence. Present matched examples, ask the learner to predict which will be recognised faster, then require an explanation using vocabulary-system language rather than intuition alone. The useful habit is to distinguish form familiarity, meaning knowledge, frequency, neighbour competition and task strategy. Those distinctions prevent a fast response from being mistaken for complete knowledge and a slow response from being mistaken for absence of learning.

36. A 60-Item Lexical Decision Teaching Laboratory

Lab 1: house/hirse

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 2: plant/plint

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 3: reason/reeson

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 4: teacher/techer

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 5: signal/signaln

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 6: method/methodd

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 7: culture/cultur

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 8: science/sciense

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 9: because/becorse

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 10: through/throug

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 11: stable/stabel

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 12: memory/memry

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 13: network/netwurk

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 14: lexicon/lexikon

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 15: rapid/rapit

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 16: context/contex

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 17: define/defyne

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 18: meaning/meanig

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 19: phrase/phraze

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 20: system/sistum

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 21: house/hirse

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 22: plant/plint

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 23: reason/reeson

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 24: teacher/techer

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 25: signal/signaln

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 26: method/methodd

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 27: culture/cultur

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 28: science/sciense

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 29: because/becorse

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 30: through/throug

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 31: stable/stabel

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 32: memory/memry

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 33: network/netwurk

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 34: lexicon/lexikon

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 35: rapid/rapit

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 36: context/contex

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 37: define/defyne

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 38: meaning/meanig

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 39: phrase/phraze

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 40: system/sistum

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 41: house/hirse

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 42: plant/plint

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 43: reason/reeson

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 44: teacher/techer

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 45: signal/signaln

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 46: method/methodd

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 47: culture/cultur

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 48: science/sciense

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 49: because/becorse

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 50: through/throug

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 51: stable/stabel

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 52: memory/memry

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 53: network/netwurk

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 54: lexicon/lexikon

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 55: rapid/rapit

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 56: context/contex

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 57: define/defyne

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 58: meaning/meanig

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 59: phrase/phraze

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

Lab 60: system/sistum

Ask for a rapid word/nonword judgement, then ask for the evidence behind the decision. On a second pass, add a semantic prime, a visually similar neighbour, or a frequency contrast. The point is not merely to be correct; it is to notice which source of information changed confidence or speed. Record whether the learner relied on spelling familiarity, pronunciation, remembered meaning, morphological structure or analogy to another word.

Finish by linking the real item to a definition, collocation and sentence. This separates lexical recognition from vocabulary depth. If the learner correctly recognises the word but cannot explain or use it, the next teaching job is semantic. If the learner knows the meaning orally but rejects the printed form, the next job may be orthographic. Lexical decision becomes useful when it routes the learner to the right repair.

37. Twelve-Week Learning Programme

Week 1

Week 1 develops one layer of lexical decision: begin with clean word/nonword contrasts, then add frequency, neighbourhoods, semantic priming, morphology, multilingual contrasts, spelling variants and domain vocabulary. Each session uses prediction, timed classification, error analysis and real-word transfer. The learner keeps a short log of items that were recognised quickly but poorly understood, and items that were understood but slowly recognised. This separates recognition strength from meaning depth.

At the end of the week, choose five words worth keeping. Build spelling–sound–meaning links, retrieve them after a delay, place them in new contexts and compare performance with the initial decision. The goal is not laboratory speed; it is stronger lexical quality.

Week 2

Week 2 develops one layer of lexical decision: begin with clean word/nonword contrasts, then add frequency, neighbourhoods, semantic priming, morphology, multilingual contrasts, spelling variants and domain vocabulary. Each session uses prediction, timed classification, error analysis and real-word transfer. The learner keeps a short log of items that were recognised quickly but poorly understood, and items that were understood but slowly recognised. This separates recognition strength from meaning depth.

At the end of the week, choose five words worth keeping. Build spelling–sound–meaning links, retrieve them after a delay, place them in new contexts and compare performance with the initial decision. The goal is not laboratory speed; it is stronger lexical quality.

Week 3

Week 3 develops one layer of lexical decision: begin with clean word/nonword contrasts, then add frequency, neighbourhoods, semantic priming, morphology, multilingual contrasts, spelling variants and domain vocabulary. Each session uses prediction, timed classification, error analysis and real-word transfer. The learner keeps a short log of items that were recognised quickly but poorly understood, and items that were understood but slowly recognised. This separates recognition strength from meaning depth.

At the end of the week, choose five words worth keeping. Build spelling–sound–meaning links, retrieve them after a delay, place them in new contexts and compare performance with the initial decision. The goal is not laboratory speed; it is stronger lexical quality.

Week 4

Week 4 develops one layer of lexical decision: begin with clean word/nonword contrasts, then add frequency, neighbourhoods, semantic priming, morphology, multilingual contrasts, spelling variants and domain vocabulary. Each session uses prediction, timed classification, error analysis and real-word transfer. The learner keeps a short log of items that were recognised quickly but poorly understood, and items that were understood but slowly recognised. This separates recognition strength from meaning depth.

At the end of the week, choose five words worth keeping. Build spelling–sound–meaning links, retrieve them after a delay, place them in new contexts and compare performance with the initial decision. The goal is not laboratory speed; it is stronger lexical quality.

Week 5

Week 5 develops one layer of lexical decision: begin with clean word/nonword contrasts, then add frequency, neighbourhoods, semantic priming, morphology, multilingual contrasts, spelling variants and domain vocabulary. Each session uses prediction, timed classification, error analysis and real-word transfer. The learner keeps a short log of items that were recognised quickly but poorly understood, and items that were understood but slowly recognised. This separates recognition strength from meaning depth.

At the end of the week, choose five words worth keeping. Build spelling–sound–meaning links, retrieve them after a delay, place them in new contexts and compare performance with the initial decision. The goal is not laboratory speed; it is stronger lexical quality.

Week 6

Week 6 develops one layer of lexical decision: begin with clean word/nonword contrasts, then add frequency, neighbourhoods, semantic priming, morphology, multilingual contrasts, spelling variants and domain vocabulary. Each session uses prediction, timed classification, error analysis and real-word transfer. The learner keeps a short log of items that were recognised quickly but poorly understood, and items that were understood but slowly recognised. This separates recognition strength from meaning depth.

At the end of the week, choose five words worth keeping. Build spelling–sound–meaning links, retrieve them after a delay, place them in new contexts and compare performance with the initial decision. The goal is not laboratory speed; it is stronger lexical quality.

Week 7

Week 7 develops one layer of lexical decision: begin with clean word/nonword contrasts, then add frequency, neighbourhoods, semantic priming, morphology, multilingual contrasts, spelling variants and domain vocabulary. Each session uses prediction, timed classification, error analysis and real-word transfer. The learner keeps a short log of items that were recognised quickly but poorly understood, and items that were understood but slowly recognised. This separates recognition strength from meaning depth.

At the end of the week, choose five words worth keeping. Build spelling–sound–meaning links, retrieve them after a delay, place them in new contexts and compare performance with the initial decision. The goal is not laboratory speed; it is stronger lexical quality.

Week 8

Week 8 develops one layer of lexical decision: begin with clean word/nonword contrasts, then add frequency, neighbourhoods, semantic priming, morphology, multilingual contrasts, spelling variants and domain vocabulary. Each session uses prediction, timed classification, error analysis and real-word transfer. The learner keeps a short log of items that were recognised quickly but poorly understood, and items that were understood but slowly recognised. This separates recognition strength from meaning depth.

At the end of the week, choose five words worth keeping. Build spelling–sound–meaning links, retrieve them after a delay, place them in new contexts and compare performance with the initial decision. The goal is not laboratory speed; it is stronger lexical quality.

Week 9

Week 9 develops one layer of lexical decision: begin with clean word/nonword contrasts, then add frequency, neighbourhoods, semantic priming, morphology, multilingual contrasts, spelling variants and domain vocabulary. Each session uses prediction, timed classification, error analysis and real-word transfer. The learner keeps a short log of items that were recognised quickly but poorly understood, and items that were understood but slowly recognised. This separates recognition strength from meaning depth.

At the end of the week, choose five words worth keeping. Build spelling–sound–meaning links, retrieve them after a delay, place them in new contexts and compare performance with the initial decision. The goal is not laboratory speed; it is stronger lexical quality.

Week 10

Week 10 develops one layer of lexical decision: begin with clean word/nonword contrasts, then add frequency, neighbourhoods, semantic priming, morphology, multilingual contrasts, spelling variants and domain vocabulary. Each session uses prediction, timed classification, error analysis and real-word transfer. The learner keeps a short log of items that were recognised quickly but poorly understood, and items that were understood but slowly recognised. This separates recognition strength from meaning depth.

At the end of the week, choose five words worth keeping. Build spelling–sound–meaning links, retrieve them after a delay, place them in new contexts and compare performance with the initial decision. The goal is not laboratory speed; it is stronger lexical quality.

Week 11

Week 11 develops one layer of lexical decision: begin with clean word/nonword contrasts, then add frequency, neighbourhoods, semantic priming, morphology, multilingual contrasts, spelling variants and domain vocabulary. Each session uses prediction, timed classification, error analysis and real-word transfer. The learner keeps a short log of items that were recognised quickly but poorly understood, and items that were understood but slowly recognised. This separates recognition strength from meaning depth.

At the end of the week, choose five words worth keeping. Build spelling–sound–meaning links, retrieve them after a delay, place them in new contexts and compare performance with the initial decision. The goal is not laboratory speed; it is stronger lexical quality.

Week 12

Week 12 develops one layer of lexical decision: begin with clean word/nonword contrasts, then add frequency, neighbourhoods, semantic priming, morphology, multilingual contrasts, spelling variants and domain vocabulary. Each session uses prediction, timed classification, error analysis and real-word transfer. The learner keeps a short log of items that were recognised quickly but poorly understood, and items that were understood but slowly recognised. This separates recognition strength from meaning depth.

At the end of the week, choose five words worth keeping. Build spelling–sound–meaning links, retrieve them after a delay, place them in new contexts and compare performance with the initial decision. The goal is not laboratory speed; it is stronger lexical quality.

38. FAQ

Is lexical decision the same as word recognition?

It is a task used to study word recognition, not the whole phenomenon itself.

What does a lexical decision task measure?

Primarily the efficiency and accuracy with which a participant distinguishes known lexical forms from nonwords under specified conditions.

Why are high-frequency words faster?

Repeated exposure generally strengthens accessibility and reduces uncertainty.

Can a learner recognise a word without knowing its meaning?

Yes. Lexical familiarity can exist without deep semantic knowledge.

Can a learner know a word but respond slowly?

Yes. Low frequency, weak spelling, competition or cautious strategy can slow a correct decision.

Why use pseudowords?

They provide plausible nonword foils that require genuine lexical discrimination.

What is semantic priming?

Faster or more efficient processing of a target after a meaning-related prime.

What is associative priming?

Facilitation based on strong experiential or co-occurrence association rather than strict semantic similarity.

What is a lexical neighbour?

A word similar to another in spelling or sound under a defined similarity metric.

Does reaction time prove comprehension?

No. It measures processing speed under a task, not complete understanding.

Can spelling knowledge affect lexical decision?

Strongly in visual tasks.

Can accent affect auditory lexical decision?

Yes, especially when stimuli depend on pronunciation distinctions.

Do multilinguals activate more than one language?

Often yes, depending on proficiency, script and task.

Are cognates easier?

They can show facilitation, but effects depend on language pair and task.

Are false friends risky?

Yes because familiar form can trigger incorrect meaning.

Can lexical decision diagnose a reading disorder?

Not by itself.

Why pair speed with accuracy?

Because participants can trade one for the other.

What is a false positive?

Accepting a nonword as a word.

What is a false negative?

Rejecting a real word as a nonword.

Why does wordlikeness matter?

Word-like nonwords activate familiar patterns and can be harder to reject.

What is lexical competition?

Simultaneous activation of similar candidates that compete for recognition.

What is lexical quality?

The precision and integration of a word’s spelling, pronunciation, meaning and related information.

Can teachers use the idea without timing software?

Yes, through structured classification and explanation tasks.

Should rare words be considered weak vocabulary?

Not automatically. Frequency and knowledge are different constructs.

Does a dictionary determine lexical status absolutely?

No. Specialist, regional and emerging vocabulary may be legitimate without universal dictionary coverage.

Can proper names be words in lexical decision?

They require a clearly defined task because name status differs from common-word status.

What is auditory lexical decision?

A spoken word/nonword classification task.

What is visual lexical decision?

A printed word/nonword classification task.

Why are misspellings interesting?

They can be highly word-like and reveal orthographic precision.

What is the educational goal?

Use recognition evidence to decide whether the next learning need is form, meaning, retrieval or use.

39. Research and Further Reading

• Meyer & Schvaneveldt: early semantic-facilitation evidence using lexical decision
• Research on word learning, phonological memory and lexical knowledge
• eduKateSG — Mental Lexicon
• eduKateSG — Lexical Competition and Interference
• eduKateSG — Pseudowords and Nonwords

40. Final Synthesis

Lexical decision makes a normally invisible process visible. Every fluent act of reading or listening depends on rapid discrimination among familiar words, near neighbours, plausible new forms and noise. Frequency, meaning, spelling, sound, context and experience all contribute. The task is valuable precisely because it demonstrates that lexical recognition is graded and competitive.

The Mastery Club principle: Recognising a word is the beginning of vocabulary access, not the end of vocabulary mastery.

Extended Application 1: high-frequency everyday vocabulary

Use a matched set from high-frequency everyday vocabulary to examine frequency and familiarity. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 2: academic vocabulary

Use a matched set from academic vocabulary to examine low frequency with high school relevance. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 3: technical vocabulary

Use a matched set from technical vocabulary to examine domain-specific lexical status. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 4: proper names

Use a matched set from proper names to examine reference without ordinary dictionary meaning. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 5: misspellings

Use a matched set from misspellings to examine form familiarity without correct orthography. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 6: pseudowords

Use a matched set from pseudowords to examine wordlikeness without lexical status. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 7: morphological families

Use a matched set from morphological families to examine shared stems and affixes. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 8: semantic fields

Use a matched set from semantic fields to examine meaning-based priming. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 9: collocations

Use a matched set from collocations to examine association through co-occurrence. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 10: multilingual cognates

Use a matched set from multilingual cognates to examine cross-language overlap. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 11: high-frequency everyday vocabulary

Use a matched set from high-frequency everyday vocabulary to examine frequency and familiarity. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 12: academic vocabulary

Use a matched set from academic vocabulary to examine low frequency with high school relevance. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 13: technical vocabulary

Use a matched set from technical vocabulary to examine domain-specific lexical status. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 14: proper names

Use a matched set from proper names to examine reference without ordinary dictionary meaning. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 15: misspellings

Use a matched set from misspellings to examine form familiarity without correct orthography. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 16: pseudowords

Use a matched set from pseudowords to examine wordlikeness without lexical status. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 17: morphological families

Use a matched set from morphological families to examine shared stems and affixes. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 18: semantic fields

Use a matched set from semantic fields to examine meaning-based priming. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 19: collocations

Use a matched set from collocations to examine association through co-occurrence. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 20: multilingual cognates

Use a matched set from multilingual cognates to examine cross-language overlap. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 21: high-frequency everyday vocabulary

Use a matched set from high-frequency everyday vocabulary to examine frequency and familiarity. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 22: academic vocabulary

Use a matched set from academic vocabulary to examine low frequency with high school relevance. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 23: technical vocabulary

Use a matched set from technical vocabulary to examine domain-specific lexical status. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 24: proper names

Use a matched set from proper names to examine reference without ordinary dictionary meaning. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 25: misspellings

Use a matched set from misspellings to examine form familiarity without correct orthography. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 26: pseudowords

Use a matched set from pseudowords to examine wordlikeness without lexical status. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 27: morphological families

Use a matched set from morphological families to examine shared stems and affixes. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 28: semantic fields

Use a matched set from semantic fields to examine meaning-based priming. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 29: collocations

Use a matched set from collocations to examine association through co-occurrence. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 30: multilingual cognates

Use a matched set from multilingual cognates to examine cross-language overlap. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 31: high-frequency everyday vocabulary

Use a matched set from high-frequency everyday vocabulary to examine frequency and familiarity. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 32: academic vocabulary

Use a matched set from academic vocabulary to examine low frequency with high school relevance. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 33: technical vocabulary

Use a matched set from technical vocabulary to examine domain-specific lexical status. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 34: proper names

Use a matched set from proper names to examine reference without ordinary dictionary meaning. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 35: misspellings

Use a matched set from misspellings to examine form familiarity without correct orthography. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 36: pseudowords

Use a matched set from pseudowords to examine wordlikeness without lexical status. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 37: morphological families

Use a matched set from morphological families to examine shared stems and affixes. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 38: semantic fields

Use a matched set from semantic fields to examine meaning-based priming. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 39: collocations

Use a matched set from collocations to examine association through co-occurrence. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 40: multilingual cognates

Use a matched set from multilingual cognates to examine cross-language overlap. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 41: high-frequency everyday vocabulary

Use a matched set from high-frequency everyday vocabulary to examine frequency and familiarity. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 42: academic vocabulary

Use a matched set from academic vocabulary to examine low frequency with high school relevance. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 43: technical vocabulary

Use a matched set from technical vocabulary to examine domain-specific lexical status. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 44: proper names

Use a matched set from proper names to examine reference without ordinary dictionary meaning. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 45: misspellings

Use a matched set from misspellings to examine form familiarity without correct orthography. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.

Extended Application 46: pseudowords

Use a matched set from pseudowords to examine wordlikeness without lexical status. Ask learners to classify each form, rate confidence, explain the evidence and then verify lexical status with an authoritative dictionary, corpus or subject source. The key comparison is between what feels familiar and what is demonstrably established. This prevents lexical decision from collapsing into guesswork and trains evidence-based vocabulary judgement.

Then convert the classification task into learning. For every accepted real word, retrieve meaning, pronunciation, spelling, morphology, one natural collocation and one new sentence. For every rejected real word, identify why it escaped recognition. For every accepted nonword, identify which pattern created the illusion of lexicality. This closes the loop from processing evidence to vocabulary instruction.