LET Elementary Educational Technology Reviewer 2026

Answer: B. A subset of educational technology that focuses specifically on the teaching-learning act.

Step 1 – Understand the two terms. Educational technology is the BROADER term; it covers the use of technology to support the whole field of education (administration, communication, instruction, etc.). Step 2 – Pinpoint instructional technology. Instructional technology is a SUBSET of educational technology. Its scope is narrower – it deals only with the teaching-learning act (instruction). Step 3 – Eliminate the distractors. Option A describes educational technology, not instructional technology. Option C confuses technology-as-process with technology-as-hardware; the LET prefers the process view. Option D describes 'technology of education,' a different concept. Step 4 – Confirm the answer. Because instructional technology is always about instruction specifically, Option B is correct. Remember: every instructional technology is educational technology, but not every educational technology is instructional technology.

Answer: B. Technology of education

Step 1 – Note the key phrase: 'systematic, science-based approach to design lessons by applying principles of learning theory.' This is the defining feature of technology OF education. Step 2 – Contrast with 'technology IN education.' Technology in education is the broad application of technology tools to the entire educational enterprise (e.g., using a computer for attendance records). It does not necessarily involve systematic instructional design. Step 3 – Eliminate wrong options. 'Instructional hardware' refers to physical devices, not a design process. 'Educational administration' is about school management, not lesson design. Step 4 – Confirm. Technology OF education is a WAY OF THINKING and designing – a process approach to teaching and learning. Teacher Rosa is doing exactly that, so Option B is correct.

Answer: C. Direct, purposeful experiences

Step 1 – Recall the structure of Dale's Cone. The cone runs from the MOST CONCRETE at the BASE to the MOST ABSTRACT at the APEX (top). Step 2 – Identify the base. The base (Band 1, bottom) is 'Direct, purposeful experiences' – real, hands-on activities where the learner actually does something with real things (e.g., planting actual seeds in the school garden). Step 3 – Check the distractors. Verbal symbols (words) are at the TOP – they are the MOST abstract, not the most concrete. Visual symbols (charts, diagrams) are just below verbal symbols – still near the abstract end. Contrived experiences (models, simulations) are Band 2, just above direct experiences – more concrete than diagrams but not as concrete as the real thing. Step 4 – This is the single most tested fact about Dale's Cone on the LET. Memorize it: BASE = Direct, purposeful experiences; APEX = Verbal symbols.

Answer: D. Verbal symbols

Step 1 – Recall the direction of the Cone. Moving from base to apex = moving from concrete to abstract. Step 2 – The apex (Band 11, topmost) is occupied by VERBAL SYMBOLS – spoken and written words. Words are the most abstract because they have no physical resemblance to what they represent; the learner must use pure mental abstraction. Step 3 – Eliminate distractors. Motion pictures (Band 8) are in the ICONIC/observing section – mid-cone, not the apex. Demonstrations (Band 4) are also in the observing section. Visual symbols (Band 10) are the SECOND most abstract, just below verbal symbols. Step 4 – A common LET trap is confusing visual symbols and verbal symbols. Visual symbols include charts and diagrams – they are more abstract than pictures but still have some visual representation. Verbal symbols (words) require complete abstraction.

Answer: B. Contrived experience

Step 1 – Define contrived experience. Contrived experiences (Band 2) are EDITED or SUBSTITUTE versions of reality – models, mock-ups, and simulations used when the real thing is unavailable, too dangerous, too big, too small, or too costly. Step 2 – Apply to the scenario. The class cannot visit a real volcano, so they use a baking-soda model – a substitute for the real thing. This is a contrived experience. Step 3 – Why not direct purposeful? Direct purposeful experience requires the REAL object or event. A model volcano is NOT a real volcano, so it cannot be direct. Step 4 – Why not dramatized? Dramatized experiences involve learners ACTING OUT ROLES in a human event (e.g., reenacting a historical scene), not building a physical model. Step 5 – Why not demonstration? In a demonstration, the teacher performs while learners WATCH. Here, the pupils themselves are building and erupting the model, which involves more active participation.

Answer: C. Dramatized experience

Step 1 – Define dramatized experience (Band 3). Dramatized experiences are role-plays, plays, and reenactments in which learners ACTIVELY PARTICIPATE in a RECONSTRUCTED event. The key element is that learners take on ROLES and act out an event. Step 2 – Apply to the scenario. Pupils are assigned roles (Katipuneros, leaders) and act out the historical event. They are participating in a reconstructed historical experience – a reenactment. This is exactly a dramatized experience. Step 3 – Distinguish from direct purposeful. The Cry of Pugad Lawin happened in 1896 – it is a historical event that cannot literally be re-experienced. The learners are approximating it through drama. Step 4 – Distinguish from contrived. Contrived involves models of physical things or processes; dramatized involves ACTING OUT human events and roles. Step 5 – Study trip and exhibit involve OBSERVING something at a real location or display, not performing or acting.

Answer: C. Tool

Step 1 – Recall Taylor's three roles. TUTOR: the computer teaches the learner (e.g., drill-and-practice software, tutorials). TOOL: the learner uses the computer as an instrument to accomplish a task (e.g., word processing, spreadsheets, internet research). TUTEE: the learner 'teaches' or programs the computer (e.g., coding, writing computer programs). Step 2 – Apply to the scenario. The pupils are USING the computer (a word processor) as an INSTRUMENT to write compositions. They are controlling the computer, not being taught by it, and not programming it. This is the TOOL role. Step 3 – Why not tutor? In the tutor role, the computer presents lessons and gives feedback to the learner. Writing in a word processor is not the same as receiving instruction from a program. Step 4 – Why not tutee? Tutee means the learner writes a PROGRAM to make the computer do something. Using a ready-made word processor is not programming.

Answer: D. An LCD projector displaying a PowerPoint presentation

Step 1 – Define projected media. PROJECTED media are materials that require a projector or screen to display; the image is cast (projected) onto a surface. Examples include: slides, overhead transparencies, LCD/data projector output, opaque projections, and films. Step 2 – Define non-projected media. NON-PROJECTED media are used WITHOUT a projector – they are viewed directly. Examples: charts, maps, real objects, models, flip charts, chalkboards, dioramas, printed materials. Step 3 – Check each option. A wall chart – viewed directly, no projector needed → non-projected. A globe – a 3D object viewed directly → non-projected. A flip chart – viewed directly → non-projected. An LCD projector displaying PowerPoint – the image is PROJECTED onto a screen by a projector → PROJECTED media. Step 4 – Option D is the only one that requires a projector to function as a medium.

Answer: C. Realia

Step 1 – Define realia. REALIA are REAL objects themselves brought into the classroom. They are authentic, actual items from the real world. Step 2 – Define model. A MODEL is a three-dimensional REPRESENTATION of the real thing – it looks like the real object but is not the real object itself (e.g., a plastic model of a coin). Step 3 – Define mock-up. A MOCK-UP is a working or simplified arrangement built for training – it may simplify or exaggerate parts of the real thing (e.g., a CPR mannequin, a driving simulator panel). Step 4 – Apply to the scenario. The teacher is using ACTUAL peso coins – the real thing, not a representation. This is realia. Step 5 – Contrived media is a Dale's Cone category (substitutes for reality), not a classification of media type; it is a broader category that can include models but is not the specific name for real objects. Realia is the precise term here.

Answer: C. The alignment of the medium with the learning objectives

Step 1 – Recall the organizing rule for media selection: OBJECTIVES FIRST, then learners, then the medium. The learning objective is always the starting point because the medium exists to serve the intended learning outcome. Step 2 – Why not cost? Cost and practicality are important but are secondary to objectives. A cheap medium that does not match the objective is useless; an expensive one that perfectly serves the objective may be worth it. Step 3 – Why not visual appeal? A flashy, attractive medium that does not align with the lesson's objective violates the first principle. The LET uses exactly this scenario as a wrong-practice item. Step 4 – Why not electricity availability? Practical considerations (availability, ease of use) are part of the selection criteria but come AFTER alignment with objectives. Step 5 – The guiding principle: the BEST medium is the one that fits the OUTCOME and the CLASS, not the most expensive or most novel. Always start with the objective.

Answer: B. Punya Mishra and Matthew Koehler

Step 1 – Recall the attribution: TPACK (Technological Pedagogical Content Knowledge) was developed by Punya Mishra and Matthew Koehler. Step 2 – Rule out distractors: Lee Shulman is famous for Pedagogical Content Knowledge (PCK), the earlier concept that TPACK built upon, but he did not develop TPACK itself. Ruben Puentedura developed the SAMR model. Heinich, Molenda, Russell, and Smaldino created the ASSURE model. Step 3 – Confirm: Mishra and Koehler added the Technological knowledge circle to Shulman's PCK framework, producing TPACK. Attribution questions like this appear almost every LET cycle.

Answer: C. Analyze learners

Step 1 – Recall the ASSURE acronym in order: Analyze learners → State objectives → Select methods/media/materials → Utilize media and materials → Require learner participation → Evaluate and revise. Step 2 – The first letter 'A' stands for Analyze learners, which means identifying learner characteristics such as age, prior knowledge, learning styles, and needs. Step 3 – This step comes first because the entire lesson design — including the choice of media — must be based on who the learners are. Step 4 – A common LET trap is placing 'State objectives' first; remember, you study your learners before you write the objectives. The ASSURE model is explicitly learner-centered from Step 1.