LET Secondary Facilitating Learning — Information Processing, Memory and Transfer of LearningRevision Notes

Formulas

Exam Tips

• Memorize the three stores with their EXACT numbers: sensory register (1–3 sec), STM (7 ± 2 items, 15–30 sec), LTM (unlimited, permanent).
• When an LET item mentions a pupil 'repeating a phone number to herself,' that is maintenance rehearsal in STM.
• When an LET item describes a pupil 'connecting a new math rule to previous lessons,' that is elaborative rehearsal leading to LTM.
• Know that RECALL is harder than RECOGNITION – this explains why essay tests are more demanding than multiple-choice tests.
• The word 'workspace' or 'conscious thought' in an item almost always signals working/short-term memory.

Key Points

• The Atkinson-Shiffrin multi-store model describes how information flows through three memory stores: the sensory register, short-term (working) memory, and long-term memory.
• ATTENTION is the gate between the sensory register and short-term memory. Without attention, information decays immediately.
• REHEARSAL is the gate between short-term memory and long-term memory. Without rehearsal, information is lost within seconds.
• The sensory register has a very large capacity but an extremely brief duration: about 1–3 seconds. The iconic (visual) store lasts about 1 second; the echoic (auditory) store lasts about 2–4 seconds.
• Short-term memory (STM), also called working memory, has a severely limited capacity of 7 ± 2 items (Miller's Magic Number) and a duration of only 15–30 seconds without rehearsal.
• Long-term memory (LTM) has an unlimited capacity and potentially permanent duration. Information must be retrieved back into working memory before it can be used.
• Chunking – grouping items into meaningful units – expands the effective capacity of STM. Example: remembering a cellphone number as 0917-123-4567 instead of 10 separate digits.
• Maintenance rehearsal (simple repetition) keeps items in STM. Elaborative rehearsal (connecting to prior knowledge) moves items into LTM.
• LTM has two main types: declarative (explicit) memory – facts and events – and procedural (implicit) memory – skills and how-to knowledge.
• Declarative memory is further divided into semantic memory (general knowledge, e.g., knowing that Rizal is the national hero) and episodic memory (personal experiences, e.g., remembering your first day of teaching practice).
• Procedural memory covers automatized skills like reading fluency or solving basic multiplication facts – skills that no longer require conscious effort.
• Encoding is getting information IN; storage is RETAINING it; retrieval is getting it OUT. These three processes are the core operations of the model.

Definitions

Section Title

The Information-Processing Model: The Three Memory Stores

Common Mistakes

• Confusing short-term memory with long-term memory: STM is very small and brief (7 items, 30 seconds); LTM is unlimited and lasting.
• Stating that STM holds information permanently – without rehearsal, it fades in 15–30 seconds.
• Forgetting that ATTENTION, not rehearsal, is the gate between the sensory register and STM.
• Confusing semantic and episodic memory: semantic = general world knowledge; episodic = personal life events.
• Treating working memory and short-term memory as completely different things – for LET purposes, they refer to the same store with different emphases (STM = storage limit; WM = active processing workspace).

Exam Tips

• If an LET item asks which activity produces the DEEPEST encoding, choose activities involving meaning-making: writing a summary, explaining to a partner, creating an example – not rereading or highlighting.
• For serial position effect items, always identify which part of the list the scenario refers to (beginning = primacy/LTM; end = recency/STM).
• Cognitive load theory items often describe a student who is 'overwhelmed' or 'confused by too much information at once' – the answer involves reducing extraneous cognitive load.
• Spaced practice items: if a teacher spreads spelling drills across Monday, Wednesday, and Friday instead of doing all on Monday, that is spaced/distributed practice.

Key Points

• Levels-of-Processing Theory (Craik and Lockhart): The DEEPER and more meaningful the processing, the stronger and more durable the memory trace. Processing meaning beats processing sound or appearance.
• Shallow processing: noticing the font of a word. Intermediate processing: rhyming the word. Deep processing: using the word in a meaningful sentence. Deep processing leads to the best memory.
• Serial Position Effect: When learning a list, items at the BEGINNING (primacy effect) and END (recency effect) are recalled best; middle items are recalled worst.
• Primacy effect occurs because beginning items are rehearsed more and transferred to LTM. Recency effect occurs because end items are still fresh in STM.
• Teaching implication: Introduce the most important concepts at the START and REVIEW them at the END of a lesson (the lesson opening hook and the closure/wrap-up in the DepEd instructional framework).
• Automaticity: With sufficient practice, a skill or fact becomes automatic, requiring little or no conscious attention. Example: A fluent reader no longer sounds out every letter; a pupil who has mastered multiplication facts retrieves them instantly.
• Automaticity frees up limited working-memory capacity for higher-order thinking tasks.
• Cognitive Load Theory (John Sweller): Working memory is severely limited, so instruction must MANAGE cognitive load. Three types: intrinsic load (complexity of the content itself), extraneous load (unnecessary difficulty caused by poor instruction or cluttered materials), and germane load (productive effort that builds schemas).
• Teachers should reduce EXTRANEOUS load through clear, uncluttered materials and well-organized lessons – a principle aligned with DepEd's Quality of Instructional Materials standards.
• The Testing / Retrieval-Practice Effect: Actively RECALLING information (self-quizzing, practice tests) strengthens memory more than re-reading.
• Spaced (Distributed) Practice beats Massed Practice (cramming): Spreading study sessions over time produces better long-term retention, because each retrieval attempt re-consolidates the memory trace.

Definitions

Section Title

Key Memory Effects and Cognitive Load

Common Mistakes

• Confusing primacy and recency: primacy = BEGINNING of list (stored in LTM via rehearsal); recency = END of list (still in STM).
• Saying that re-reading is the best study strategy – research shows self-testing (retrieval practice) is far more effective.
• Thinking cognitive load always refers to the difficulty of the content – extraneous load (caused by poor teaching design) is the type teachers can and must reduce.
• Forgetting that automaticity is achieved through PRACTICE, not merely through understanding.

Exam Tips

• Master the proactive/retroactive interference distinction with a CLEAR example for each. LET items will give a scenario and ask you to name the type.
• Proactive clue words in a scenario: 'old habit,' 'previous knowledge,' 'used to do,' 'keeps remembering the old way.'
• Retroactive clue words: 'after learning the new one,' 'the recent lesson made the student forget,' 'can no longer recall the earlier.'
• Ebbinghaus is ALWAYS associated with the FORGETTING CURVE and SPACED PRACTICE – these three go together as a linked set.
• Tip-of-the-tongue = retrieval failure, NOT encoding failure.

Key Points

• Forgetting is the inability to retrieve information that was previously encoded or stored. It is NOT always a complete loss – often information exists in LTM but cannot be accessed.
• DECAY THEORY: Memory traces fade over time through disuse. This best explains forgetting in the sensory register and STM. 'Use it or lose it.'
• Hermann Ebbinghaus documented the FORGETTING CURVE: most forgetting happens RAPIDLY soon after learning, then the rate of forgetting slows. His research showed that without review, we forget more than half of new information within an hour.
• Implication of Ebbinghaus: Schedule REVIEW sessions (review after 1 day, 1 week, 1 month) – the basis of spaced repetition in DepEd's spiral curriculum design.
• INTERFERENCE THEORY: Forgetting caused by other learned information blocking retrieval. The two types are the most-tested distinction in this chapter.
• PROACTIVE INTERFERENCE: OLD learning interferes with NEW learning. Think: PRO = forward; old learning pushes FORWARD to block new memories. Example: A pupil who learned 'bat' means an animal keeps confusing this when learning 'bat' in a baseball context.
• RETROACTIVE INTERFERENCE: NEW learning interferes with OLD learning. Think: RETRO = backward; new learning reaches BACK to disrupt older memories. Example: After learning a new dance routine, a pupil forgets the old routine she had mastered.
• RETRIEVAL FAILURE: Information is stored in LTM but temporarily inaccessible. This is the TIP-OF-THE-TONGUE phenomenon. The right retrieval cue can recover the memory.
• ENCODING FAILURE: The information never properly entered LTM because attention or elaboration was insufficient at the time of learning. The information was never truly stored.
• CUE-DEPENDENT FORGETTING: Forgetting that occurs because the retrieval cues present at the time of recall do not match those present during original learning. Example: A pupil studies at home but cannot recall the answer in a very different classroom setting.
• To reduce forgetting: use spaced practice, retrieval practice, reduce interference (do not teach very similar content back-to-back), and provide strong retrieval cues.

Definitions

Section Title

Forgetting: Causes and Theories

Common Mistakes

• CRITICAL ERROR: Mixing up proactive and retroactive interference. Use this memory trick: PROACTIVE = OLD disrupts NEW (pro = forward, old info marches forward); RETROACTIVE = NEW disrupts OLD (retro = backward, new info reaches back).
• Assuming forgetting always means the information is gone forever – retrieval failure shows that stored information may simply need a better cue.
• Confusing encoding failure with retrieval failure: encoding failure = never got in; retrieval failure = in there but can't get out.
• Thinking decay theory explains ALL types of forgetting – it primarily explains sensory and STM forgetting; LTM forgetting is more accurately explained by interference or retrieval failure.

Exam Tips

• Any LET scenario describing a student who CHECKS, MONITORS, PLANS, or EVALUATES their OWN learning is describing metacognition.
• John Flavell = metacognition. Do not confuse him with other theorists.
• The three-part regulation cycle (plan → monitor → evaluate) is a high-value memorization target.
• Connect metacognition to SELF-REGULATED LEARNING in multiple-choice options – these two concepts are essentially two sides of the same coin for LET purposes.

Key Points

• METACOGNITION means 'thinking about one's own thinking.' It is the learner's awareness and control of their own cognitive processes.
• The concept was introduced by JOHN FLAVELL in the 1970s.
• Metacognition has TWO main components: metacognitive KNOWLEDGE and metacognitive REGULATION.
• METACOGNITIVE KNOWLEDGE: What learners know about (1) themselves as learners (e.g., 'I understand diagrams better than text'), (2) the nature of tasks (e.g., 'This problem is harder than it looks'), and (3) strategies available to them (e.g., 'Outlining works better for me than highlighting').
• METACOGNITIVE REGULATION: The ability to PLAN an approach before starting a task, MONITOR comprehension while working, and EVALUATE outcomes afterward – then adjust strategy as needed.
• Learners with strong metacognition are SELF-REGULATED LEARNERS: they set goals, choose strategies, check their own understanding, and correct errors without waiting for the teacher to tell them.
• Self-regulated learning is emphasized in the K–12 curriculum's 21st-century skills framework and in DepEd's focus on learner-centeredness.
• Teachers promote metacognition by: (1) teaching students to self-question ('Do I really understand this?'), (2) having them use graphic organizers to plan before writing, (3) encouraging think-alouds, and (4) requiring self-assessment after tasks.
• Metacognitive skills reliably improve academic achievement – this is one reason DepEd emphasizes higher-order thinking skills (HOTS) across all subject areas.
• In a Grade 5 Filipino classroom, a pupil who re-reads a confusing paragraph, realizes she doesn't understand it, and decides to ask for help is demonstrating metacognitive monitoring.

Definitions

Section Title

Metacognition: Thinking About Thinking

Common Mistakes

• Confusing metacognition with simple thinking or cognition: metacognition is specifically AWARENESS AND CONTROL of one's thinking, not just thinking itself.
• Forgetting that John FLAVELL introduced metacognition – LET items sometimes give the theorist as an answer option.
• Treating 'planning,' 'monitoring,' and 'evaluating' as separate unrelated ideas – they are the three phases of metacognitive REGULATION and work as a cycle.
• Thinking metacognition only applies to older learners – even Grade 1 pupils can be taught simple metacognitive strategies like 'Does this make sense? Let me re-read.'

Exam Tips

• LET scenarios will describe a teacher using a strategy. Ask: Is it one word from first letters? → Acronym. Is it a sentence where first letters cue items? → Acrostic. Is it imagining locations? → Method of loci.
• Connect mnemonics to the LEVELS-OF-PROCESSING idea: mnemonics work because they promote DEEPER processing by adding meaning and organization.
• In the Philippine classroom context, rhyme and rhythm (songs, chants) are extremely common mnemonic tools in Grades 1–3 – DepEd lesson plans often incorporate these.

Key Points

• MNEMONICS are memory aids that impose ORGANIZATION or MEANING on material, making encoding and retrieval easier. They work by adding retrieval cues, creating associations, and providing structure.
• ACRONYMS: A word formed from the first letters of items to be remembered. Example: PEMDAS (Parentheses, Exponents, Multiplication, Division, Addition, Subtraction) for order of mathematical operations. ROY G BIV for the colors of the spectrum.
• ACROSTICS: A sentence (not a single word) whose first letters cue a list. Example: 'My Very Educated Mother Just Served Us Noodles' for the planets (Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, Neptune).
• METHOD OF LOCI (Memory Palace): Associate items to be remembered with specific LOCATIONS along a familiar route. Walk through the route mentally to retrieve the items. Ancient Greek orators used this method.
• KEYWORD METHOD: Link a new word (especially foreign vocabulary) to a familiar sound-alike word plus a vivid mental image connecting the two. Especially useful in Filipino classrooms for English vocabulary acquisition.
• PEGWORD METHOD: Attach items to a pre-memorized rhyming sequence ('one = bun, two = shoe, three = tree…') to remember ordered lists.
• CHUNKING: Group items into meaningful units. Example: a 10-digit phone number remembered as three groups (area code, middle three, last four).
• RHYME AND RHYTHM: Songs, jingles, and rhymes ('Thirty days hath September, April, June, and November…') – widely used in Grades 1–3 to teach number facts, months, and spelling rules.
• IMAGERY AND ASSOCIATION: Link ideas to vivid mental pictures or personal associations to create stronger memory hooks.
• All mnemonics work because they convert ROTE, unstructured lists into ORGANIZED, meaningful, cue-rich structures – which supports both encoding and retrieval.
• A Grade 2 teacher who teaches pupils to remember 'HOMES' for the Great Lakes (Huron, Ontario, Michigan, Erie, Superior) is using an acronym mnemonic.

Definitions

Section Title

Mnemonic Strategies: Encoding Aids

Common Mistakes

• Confusing acronyms and acrostics: ACRONYM = one word (PEMDAS); ACROSTIC = a sentence (My Very Educated Mother…).
• Treating chunking as something other than a mnemonic – it is both an STM strategy AND a mnemonic encoding strategy.
• Thinking mnemonics are only for young learners – they are useful at all levels and are explicitly recommended in cognitive learning research.
• Forgetting WHY mnemonics work: they add MEANING, ORGANIZATION, and RETRIEVAL CUES – the three keys to effective encoding.

Exam Tips

• When an LET item says a student applies learning from one subject to a completely different subject or life situation, that is FAR TRANSFER.
• Thorndike = IDENTICAL ELEMENTS = drill and practice in conditions similar to the real task. Judd = GENERALIZATION = teach the principle for flexible application.
• If an item asks which theory supports 'teaching pupils the general rule so they can solve new types of problems,' the answer is Judd's Theory of Generalization.
• The phrase 'discredited' or 'no longer accepted' in a transfer item almost always points to the Theory of Formal Discipline.
• Connect positive and negative transfer to real Philippines K–12 examples: knowing Filipino grammar helps English grammar learning (positive); writing in print interfering with cursive (negative).

Key Points

• TRANSFER OF LEARNING is the extent to which knowledge or skill learned in one situation carries over to a new, different situation. It is the ULTIMATE GOAL of schooling.
• POSITIVE TRANSFER: Prior learning HELPS new learning. Example: A pupil who knows how to add fractions finds it easier to learn how to subtract fractions.
• NEGATIVE TRANSFER: Prior learning HINDERS new learning. Example: A pupil who learned to write letters in manuscript (print) style has difficulty adjusting to cursive writing because the muscle memory of print interferes.
• ZERO TRANSFER: Prior learning has NO EFFECT on the new task. Tasks are so unrelated that prior learning is irrelevant.
• NEAR TRANSFER: Application of learning to a SIMILAR context or closely related task. Example: A pupil solves the same type of math word problem with slightly different numbers.
• FAR TRANSFER: Application of learning to a VERY DIFFERENT context or novel situation. Far transfer is harder to achieve but is the most valued educational outcome. Example: A pupil who learned problem-solving strategies in Math applies the same logical reasoning to a Science investigation.
• SPECIFIC TRANSFER: Carryover of particular learned elements or habits. GENERAL TRANSFER: Carryover of broad principles, strategies, or attitudes applicable across many domains.
• THORNDIKE'S THEORY OF IDENTICAL ELEMENTS: Transfer occurs ONLY to the extent that two situations share IDENTICAL or COMMON ELEMENTS. The more the training task resembles the target task, the greater the transfer. (Behaviorist view.)
• THEORY OF FORMAL DISCIPLINE: The older, largely DISCREDITED view that studying 'difficult' subjects like Latin or geometry strengthens the mind like a muscle, producing general mental improvement. Still appears in LET as a named – and rejected – position.
• JUDD'S THEORY OF GENERALIZATION: Transfer depends on the learner grasping the UNDERLYING GENERAL PRINCIPLE. If the principle is understood, it can be applied to new situations, not just similar ones. Favors teaching for UNDERSTANDING over rote drill.
• GESTALT TRANSPOSITION: Learners transfer RELATIONSHIPS and PATTERNS (the overall structure) rather than specific responses. Understanding the whole enables flexible application.
• Teaching for transfer: Teach underlying PRINCIPLES (not just procedures), use VARIED EXAMPLES and CONTEXTS, make the APPLICATION explicit, and give practice in conditions similar to those where the learning will actually be used.

Definitions

Section Title

Transfer of Learning: Types and Theories

Common Mistakes

• Confusing NEGATIVE TRANSFER with RETROACTIVE INTERFERENCE: negative transfer = old skill HINDERS new skill performance; retroactive interference = new learning DISRUPTS recall of old learning. They run in opposite directions.
• Thinking the Theory of Formal Discipline is correct – it is DISCREDITED. If a LET item asks which theory is NOT supported by research, the answer is formal discipline.
• Mixing up Thorndike (identical elements) and Judd (generalization): Thorndike = similarity of elements; Judd = understanding the principle.
• Forgetting that ZERO transfer exists – not all prior learning helps or hinders; sometimes it has no effect at all.
• Treating near and far transfer as good vs. bad – both are valid; far transfer is simply harder to achieve and requires teaching for deep understanding.