EXPLAIN
Teachers With Vision
5E
EXPLAIN
5E Instructional Model, the Explain phase is the “Sense-Making” stage. It serves as the bridge between the students’ hands-on exploration and the formal language of the subject matter.
EXPLAIN
The Explain phase consists of two parts. First, the teacher asks students to share their initial models and explanations from experiences in the Engage and Explore phases. Second, the teacher provides resources and information to support student learning and introduces scientific or technological concepts. Students use these resources and information, as well as ideas of other students, to construct or revise their evidence-based models and explanations. In engineering, students design solutions to problems based on established criteria.
The Explain phase is where students have the opportunity to verbalize their understanding of the concepts they just explored. The teacher then introduces formal terms, definitions, and explanations to help students process their findings.
- Studentsexplain their observations and trial-and-error results.
- Teachersprovide direct instruction to clarify misconceptions and “name” the concepts.
- Types of “Explain” Activities
This phase balances student expression with teacher guidance:
- Student-Led Presentations:Groups share their data, posters, or digital findings from the Explore phase with the class.
- Interactive Mini-Lectures:The teacher uses short, targeted presentations (PowerPoints, diagrams, or videos) to define technical terms.
- Reflective Journaling:Students write summaries or “exit tickets” explaining what they think happened during the investigation.
- Concept Mapping:Creating visual webs that connect the new vocabulary to the actions performed in the Explore phase.
- Approaches to the Explain Phase
To keep this phase from becoming a boring lecture, successful teachers use these approaches:
- “Students First” Rule:Always ask students to explain their findings before giving them the textbook definition.
- Evidence-Based Claims:Teachers require students to use “Because…” or “I noticed that…” when explaining their ideas.
- Scaffolded Clarification:The teacher uses “probing questions” to help students arrive at the correct conclusion themselves rather than just giving away the answer.
- Merits and Demerits
Merits (Advantages) | Demerits (Challenges) |
Formalizes Knowledge: It transforms “doing” into “knowing” by providing the necessary academic vocabulary. | The “Lecture Trap”: Teachers may slip back into traditional lecturing, causing students to lose interest or stop thinking critically. |
Corrects Misconceptions: This is the primary time to catch and fix “wrong” ideas that formed during the Explore phase. | Passive Learning Risk: If the teacher explains too much too soon, students may stop trying to figure things out on their own. |
Common Language: Ensures the entire class is using the same terms and understanding the same core concepts moving forward. | Complexity Issues: If the explanation is too technical or abstract, it can break the connection to the hands-on experience. |
Prepares for Application: Gives students the “tools” (definitions and rules) they need to succeed in the Elaborate phase. | Time Constraints: Teachers often rush this phase to get to the “answer,” skipping the critical step of student-led explanation. |
Student Behaviors
- Shows models, explanations, answers, or possible solutions, to other students
- Listens critically to and questions explanations offered by others
- Explains using evidence from investigations
- Uses labels, terminology, and formal scientific language
- Compares current thinking with former thinking
- Records ideas and current understanding
- Adjusts ideas, models, and explanations as new evidence or reasoning is presented
Teaching Strategies
- Encourages students to explain concepts and definitions in their own words
- Asks for justification (evidence) and clarification from students
- Formally provides definitions, explanations, and information through mini-lecture, text, internet, or other resources
- Builds on student explanations
- Provides time for students to compare their ideas with others and if desired revise their ideas
- Explain: The third stage, Explain, is the point at which the learner begins to put the experience of the activity into a communicable form. Students may need to articulate the process they used, the sequence of events, their thought processes, and results. Communication may occur within the learner, with peers, or with the teacher. Sometimes even all threeideas, questions, and to articulate their learning.
Stage 3 – Explain At the second stage, students have engaged in the learning activities and through mutual interactions discovered the knowledge (scientific facts, concepts, generalizations and procedures) and constructed. Expressing this abstract knowledge through communicable form is the purpose of the third stage. Students can express the constructed knowledge in different ways as follows:
- Explain the constructed ideas
- Construct and explain a model
- Represent ideas through pictures/figures/graphs
- Represent information through symbols
- Present a summary based on the data
- Present the data through patterns
- Present oral and written reports
- Review and criticize solutions
In Lesson ACTIVE LEARNING BUILDING BLOCKS
- EXPLAIN through Modeling (Reading the story and discussing as youread);
- demonstrate and Show (For the concept of “change”, you may showimages of a baby.
- Child, youth, adult and elderly person.)
| PHASE | PURPOSE | EXAMPLES |
|---|---|---|
| 1. ENGAGE | • Create interest • Reveal pre-existing ideas and beliefs (preconceptions) | • Brainstorming • Concept mapping • Question production • Discrepant events • Demonstrations • Open-ended questions |
| 2. EXPLORE | • Explore questions • Prioritise questions • Test student ideas | • Group tasks • Investigations • Testing ideas • Research activities |
| 3. EXPLAIN | • Compare ideas • Construct explanations and justify them in terms of observations and data | • Reporting • Group discussions • Accessing information for concept names and definitions |
