LET Elementary Facilitating Learning Reviewer 2026

Answer: C. Visual

Step 1 – Identify the clues: the pupil learns best through charts, diagrams, and written text. Step 2 – Match the clue to the VAK/VARK categories: Visual learners prefer to SEE information through graphic and pictorial representations. Step 3 – Eliminate wrong options: Auditory learners prefer listening and oral explanation; Kinesthetic learners prefer hands-on activities and movement; Read/Write (Fleming's VARK extension) refers specifically to a preference for reading and writing text rather than graphic visuals. Step 4 – Confirm: Charts and diagrams are graphic/visual representations, making 'Visual' the best answer.

Answer: B. Musical intelligence

Step 1 – Note the key behaviors: memorizing song lyrics, identifying musical patterns, and humming. Step 2 – Recall Gardner's intelligences: Musical intelligence involves sensitivity to rhythm, melody, pitch, and musical patterns. The common label is 'Music Smart.' Step 3 – Eliminate wrong options: Linguistic intelligence is 'Word Smart' (reading, writing, storytelling); Bodily-Kinesthetic is 'Body Smart' (movement, sports, building); Interpersonal is 'People Smart' (understanding others, group work). Step 4 – Confirm: All clues point to music, so Musical intelligence is correct.

Answer: D. Reflective Observation

Step 1 – Recall Kolb's four stages in order: (1) Concrete Experience → (2) Reflective Observation → (3) Abstract Conceptualization → (4) Active Experimentation. Step 2 – Match the description 'reviews and reflects on what happened' to stage 2, Reflective Observation (the 'watching' stage). Step 3 – Eliminate wrong options: Concrete Experience is the 'doing' or 'feeling' stage; Abstract Conceptualization is the 'thinking/forming theories' stage; Active Experimentation is the 'planning and testing' stage. Step 4 – Confirm: Reflection on experience = Reflective Observation.

Answer: B. Field-independent

Step 1 – Identify the key behaviors: separates item from background, prefers independent work, creates own structure. Step 2 – Recall Witkin's dimension: Field-independent learners perceive analytically, can isolate an item from its context, prefer self-directed structure, and work well independently. Step 3 – Contrast with field-dependent: Field-dependent learners see things holistically, are influenced by context, are socially oriented, and prefer external structure and group work. Step 4 – Eliminate wrong options: Accommodating and Diverging are Kolb's learning styles, not Witkin's cognitive styles. Step 5 – Confirm: All clues match field-independent.

Answer: C. Practical intelligence

Step 1 – Identify the clues: low test scores but excellent in real-world tasks (fixing things, running a store, everyday problem-solving). Step 2 – Recall Sternberg's three aspects: Analytical ('book smart' – analyze, evaluate, compare); Creative ('novelty smart' – invent, imagine, deal with new situations); Practical ('street smart' – apply, adapt, use in everyday contexts). Step 3 – Match: Real-world, common-sense problem solving = Practical intelligence. Step 4 – Eliminate: Analytical is for formal academic tasks; Creative is for novel inventions; Linguistic is Gardner's, not Sternberg's. Step 5 – Confirm: Practical intelligence is the 'street smarts' category.

Answer: B. Tiered assignments

Step 1 – Identify the key feature: same core concept (fractions) but tasks at different levels of complexity. Step 2 – Match to Tomlinson's differentiation strategies: Tiered assignments keep the same learning goal but vary the level of complexity, depth, or support so every learner is challenged at their readiness level. Step 3 – Eliminate wrong options: Cooperative learning is a grouping strategy for joint work; Compacting the curriculum is for learners who have already mastered the material (skipping ahead); Universal Design for Learning (UDL) is designing lessons from the start with multiple means of engagement, representation, and expression for all. Step 4 – Confirm: Same concept + different complexity levels = tiered assignments.

Answer: B. Seven

Step 1 – Recall the history: Gardner introduced his theory in 'Frames of Mind' in 1983. Step 2 – The original seven intelligences were: Linguistic, Logical-Mathematical, Spatial, Bodily-Kinesthetic, Musical, Interpersonal, and Intrapersonal. Step 3 – Clarify later additions: Gardner added the eighth intelligence, Naturalist, in the 1990s. A possible ninth, Existential, has been discussed but not officially added. Step 4 – Eliminate wrong options: Six is too few; Eight refers to the count after adding Naturalist; Nine refers to the proposed existential intelligence. Step 5 – Confirm: The original 1983 list had exactly seven.

Answer: B. Universal Design for Learning (UDL)

Step 1 – Key phrase: planning from the START with multiple means of engagement, representation, and action/expression. Step 2 – UDL is a framework that builds flexibility into lesson design upfront so most learners can access content without requiring individual adaptations afterward. Step 3 – Contrast with Differentiated Instruction: DI is a broader practice of adjusting content, process, product, and environment based on learner readiness, interest, and profile – it can happen before or during instruction. UDL is specifically about proactive, universal design. Step 4 – Eliminate: IEP is a legal document for learners with disabilities; Tiered Assignments is one DI strategy. Step 5 – Confirm: 'Multiple means' + 'planned from the start' = UDL.

Answer: B. Read/Write

Step 1 – Recall the VAK model: Visual, Auditory, Kinesthetic (three modalities). Step 2 – Fleming's VARK adds a fourth letter 'R' standing for Read/Write – the preference for learning through reading and writing text (note-taking, lists, textbooks). Step 3 – Key distinction: In VARK, 'Visual' refers to graphic information (charts, diagrams, maps), NOT written text. Read/Write is a separate channel for those who prefer text-based learning. Step 4 – Eliminate wrong options: Reflective, Rational, and Rhythmic are not part of any standard modality model. Step 5 – Confirm: VARK = Visual, Auditory, Read/Write, Kinesthetic.

Answer: C. Naturalist intelligence

Step 1 – Identify behaviors: sorting insects, observing plants, classifying animals. These all involve sensitivity to the natural world. Step 2 – Recall Gardner's Naturalist intelligence (the eighth, added in the 1990s): 'Nature Smart' – the ability to recognize, classify, and observe living things and natural phenomena. Step 3 – Eliminate wrong options: Spatial intelligence is 'Picture Smart' (maps, art, visualization); Logical-Mathematical is 'Number Smart' (calculations, patterns, experiments with numbers); Bodily-Kinesthetic is 'Body Smart' (movement, sports, hands-on building). Step 4 – Confirm: Classifying living things in nature = Naturalist intelligence.

Answer: C. Conditioned Stimulus (CS)

Step 1 – Understand the setup: Before conditioning, the bell is a neutral stimulus that produces no salivation. Step 2 – During conditioning, the bell is repeatedly paired with food (UCS) until the dog associates the two. Step 3 – After conditioning, the bell alone triggers salivation. Step 4 – A stimulus that gains the ability to produce a response through association with the UCS is called the Conditioned Stimulus (CS). Step 5 – Why wrong options fail: The UCS is the food (naturally triggers salivation); UCR is the natural salivation to food; CR is the learned salivation to the bell – the bell itself is the CS, not the response.

Answer: C. Extinction

Step 1 – Identify the action: The CS (bell) is presented repeatedly WITHOUT the UCS (food). Step 2 – Recall the definition: Extinction in classical conditioning is the gradual weakening and disappearance of the CR when the CS is no longer paired with the UCS. Step 3 – Match to the scenario: The dog stops salivating because the bell no longer predicts food – this is extinction. Step 4 – Why wrong options fail: Spontaneous recovery is when a weakened CR reappears after a rest period (not happening here); stimulus generalization is responding to similar stimuli; higher-order conditioning uses an established CS to condition a new stimulus.