ENG514 Important Terms
- Type
- Quiz
- Course
- ENG514 Teaching of Listening and Speaking Skills
- Size
- PDF 150 KB
- Updated
- 23 Oct 2026
You get 3 free files a day on the website. Add the Chrome extensionSign in with the extension for 30 a day.
Preview text
Text from pages 1, 2, 3 of 4. Download the file for all 4 pages.
ENG514
- Meaning-focused Input: Activities that involve listening or reading where learners focus on understanding messages, not language forms, e.g., listening to stories or watching videos.
- Meaning-focused Output: Tasks requiring speaking or writing where learners concentrate on conveying ideas, e.g., giving presentations or writing essays.
- Language-focused Learning: Explicit teaching or learning of language features, such as vocabulary, grammar, and pronunciation, using deliberate practice like drills or exercises.
- Fluency Development: Improving ease and speed of language use across skills (listening, speaking, reading, writing), often through repetitive, familiar activities.
- Comprehensible Input: Language input that learners can understand, often slightly above their current proficiency level, facilitated through visuals or simplified language.
- Negotiated Syllabus: A course plan developed collaboratively by teachers and learners, tailored to learners' needs and goals.
- Syntactic Knowledge: Understanding grammar and sentence structure, essential for comprehending complex texts or spoken language.
- Discourse Knowledge: Awareness of how language is used in different contexts, such as storytelling or academic lectures, to structure messages coherently.
- Pragmatic Knowledge: Knowing how language is used in social contexts, including speaker intentions and implied meanings.
- Metacognition: Awareness and regulation of one’s learning processes, such as planning, monitoring, and evaluating comprehension and performance.
- Interactive Listening: Listening that involves real-time interaction, like in conversations, requiring active engagement and responses.
- One-way Listening: Listening where there’s no immediate interaction, e.g., listening to lectures or radio broadcasts.
- Two-way Listening: Engaging in dialogue or conversations where both parties actively participate in the exchange of ideas.
- Top-down Processing: Using background knowledge, context, and expectations to understand a message, predicting content before fully processing details.
- Bottom-up Processing: Decoding the details of language, like sounds, words, and grammar, to understand the message.
- Listening Grids: Structured tools used in listening exercises where learners fill in information based on what they hear, improving focused comprehension.
- Semantic Processing: The cognitive process of understanding meaning, involving connections between new information and existing knowledge.
- Schema Activation: Using prior knowledge and experiences to make sense of new information, crucial for comprehension.
- Comprehension Structures: Mental frameworks or maps created by listeners to organize and integrate information from texts or speech.
- Intonation Units: Segments of speech marked by pitch and stress patterns, aiding listeners in identifying key ideas or transitions in spoken language.
- Phonological Phrase: A chunk of speech that forms a cohesive unit in pronunciation and meaning, often a sentence or clause.
- Phonotactic Knowledge: Understanding allowable sound combinations in a language, aiding in recognizing spoken words.
- Allophonic Variations: Slight pronunciation changes of sounds depending on context, such as "gonna" instead of "going to."
- Cluster Reduction: Simplification of consonant clusters in speech, e.g., "friend" pronounced as "frien'."
- Syntactic Parsing: Analyzing sentence structure in real time during listening to assign roles (subject, object) to words for comprehension.
- Ellipsis Calculation: Inferring omitted parts of sentences, such as pronouns or verbs, based on context, e.g., “She can do it better than I [can].”
- Propositional Models: Mental representations of ideas conveyed in a text or speech, helping in understanding relationships between concepts.
- Formulaic Language: Pre-learned phrases and expressions, like idioms or greetings, used to facilitate fluency and communication.
- Kinesic Signals: Non-verbal cues from body movements, such as gestures and facial expressions, aiding in interpreting spoken messages.
- Baton Signals: Rhythmic gestures, like hand movements, used to emphasize or punctuate spoken language.
- Directional Gaze: Eye movements that guide listeners’ attention to visual references or indicate focus during communication.
- Guide Signals: Movements or gestures that enhance comprehension, like pointing to an object while describing it.
- Inferencing: Drawing logical conclusions from incomplete information, essential for understanding implied meanings.
- Parsimony Principle: Using the simplest explanation or schema necessary for understanding a message, avoiding overcomplication.
- Prototype Theory: The idea that understanding relies on matching new information with typical examples stored in memory.
- McGurk Effect: A cognitive phenomenon where conflicting auditory and visual speech inputs lead to misinterpretation, showing the interplay of senses in listening.
- Articulatory Causes: The physical movements of speech organs (tongue, lips) that produce specific sounds, important for accurate pronunciation.
- Psychoacoustic Effects: How listeners perceive sound qualities like pitch or timbre, influencing speech recognition.
- Recognition of Words: The process of identifying spoken words through phonological, contextual, and syntactic cues.
- Linguistic Commitment: The specialization of brain areas for processing specific language features, developed over time with use.
- Automaticity in Processing: The ability to quickly and efficiently process language features without conscious effort.
- Cognitive Commitment: Engaging mental focus on a task or topic, aiding deeper understanding and retention.
- Neural Transmission: The brain’s processing of auditory signals into comprehensible speech through neural networks.
Related ENG514 files
All ENG514 files →- ENG514 Handouts Set 2 by VUBuddy Handout PDF 5 MB
- ENG514 Final Term Important Questions Final term PDF 2.8 MB
- ENG514 Quiz Lectures 1-14 Quiz PDF 21.2 MB
- ENG514 Quiz 3 Lectures 8-10 Quiz PDF 1.2 MB
- ENG514 Solved Quiz 3 Fall 2024 by Sir Zahid Quiz PDF 770 KB
- ENG514 Solved Quiz 4 2023 by Help for You Quiz PDF 1.9 MB
Get more out of VUBuddy, for free
- Unlimited downloads
- The explanation behind every MCQ answer
- Study offline on slow data
- 30 downloads a day instead of 3
- Sign in and buy Pro Semester here
One Pro Semester membership works in both the extension and the app.