In the transition from behaviorist to constructivist pedagogy, what is the…
2026
In the transition from behaviorist to constructivist pedagogy, what is the primary shift regarding the learner’s role in mathematics?
Answer: B. Active construction of meaning — ConceptBehaviourism and constructivism disagree about where learning happens. For behaviourism, learning is an observable change in response: knowledge comes…
- A.
Automating procedural drill responses
- B.
Active construction of meaning
- C.
Responding to external stimuli
- D.
Absorbing delivered instructional material
Show answer & explanation
Correct answer: B
Concept
Behaviourism and constructivism disagree about where learning happens. For behaviourism, learning is an observable change in response: knowledge comes from outside the learner and is strengthened by cues, repetition and reinforcement, so the learner's job is to produce the expected response.
For constructivism, learning is a reorganisation of the learner's own ideas: knowledge is built by the learner while acting on problems and linking new experience to the mental structures already in place. Meaning is generated by the learner, not handed over intact.
Applying it to this question
The stem asks what changes about the learner's role when mathematics teaching moves from the first view to the second. In a behaviourist primary classroom the child practises a given algorithm until the answer comes quickly and accurately; the procedure and the reinforcement both come from the teacher.
In a constructivist mathematics classroom the same child works on a task — using materials, estimating, trying a strategy, explaining and justifying it — and ideas such as place value, fractions or division emerge from that activity. The learner's role therefore moves from producing a correct response to building the mathematical idea: active construction of meaning.
Comparing the two views
Aspect | Behaviourist view | Constructivist view |
|---|---|---|
View of knowledge | Transmitted from outside and fixed by practice | Built by the learner by reorganising existing ideas |
Learner's role | Responds, repeats, receives | Explores, explains, constructs meaning |
Teacher's role | Presents the procedure and reinforces correct answers | Sets the task, questions and mediates the learner's thinking |
Typical mathematics activity | Repeated drill on a given algorithm | Solving a problem with materials, strategies and justification |
Cross-check with the other choices
“Automating procedural drill responses” describes the practice goal of the behaviourist classroom, which is what the shift moves away from, not the new role.
“Responding to external stimuli” is the stimulus–response account of learning, again the starting point of the shift rather than its outcome.
“Absorbing delivered instructional material” is the transmission model; constructivism denies that meaning can be passed to a learner unchanged.
Hence the primary shift in the learner's role is to active construction of meaning: from responder and receiver to builder of mathematical understanding.