Are We Making Enough Room for Students’ Questions?

During a science lesson, a child notices something unexpected: two plants near the same window are growing differently. The teacher has an explanation prepared, but pauses to hear what the students want to investigate. Their questions reveal what they have noticed, what they already believe, and what they need to understand next.

Encouraging student questions in the classroom can give teachers valuable information and learners a meaningful role in inquiry. It requires more than asking whether anyone has a question at the end of a lesson. Students need knowledge to think with, examples of useful questions, and time to develop an idea.

Questions can become part of the learning

A study reported in npj Science of Learning, volume 11 (2026) examined question-asking during science lessons with young children. Those encouraged to ask questions valued new science information more than a comparison group, with some benefits depending on background knowledge.

This invites a practical question for educators: how could we make asking and revisiting questions part of ordinary instruction? A question can be something students learn to improve, just as they improve an explanation or a design.

The experiment involved 103 children aged 5–7 in eight one-to-one lessons over two weeks. Its effects concerned particular measures and a specific science setting. It gives us a focused starting point for practice, rather than evidence that question-asking alone will transform achievement across K–12.

Provide something worth asking about

An interesting object, a short text, a demonstration, or an unfamiliar result can give students a shared starting point. Teachers can establish enough background knowledge for children to notice a puzzle without supplying every explanation immediately.

For example, students might examine two ways to support the same load. The teacher introduces the relevant vocabulary and asks what they notice before inviting questions. Some questions may concern materials, others shape or measurement. Those differences help the teacher decide which ideas need attention.

Curiosity does not remove the need for instruction. A useful question often becomes more specific after a teacher explains an important concept. Knowledge and inquiry can develop together.

Model how a question becomes more useful

Teachers can show students how to refine an initial question. “Why did this happen?” might become “Which variable could explain the difference?” or “What observation would help us compare these explanations?”

The point is not to insist that every spontaneous question follow a formula. Instead, adults can demonstrate that questions serve different purposes. Some clarify a word. Some challenge an assumption. Others suggest a test or open a new connection.

A class can collect questions, identify those relevant to the lesson, and distinguish questions answerable now from those needing further work. This protects the lesson's purpose while treating students' contributions seriously.

Give different learners ways to contribute

Some students formulate questions quickly in discussion. Others benefit from thinking time, writing, drawing, or briefly talking with a partner. Quiet participation should have a route into the learning.

An individual question notebook can help a teacher notice interests that do not surface publicly. In a group activity, students might first record their own question before choosing one together. This gives more children an opportunity to contribute rather than allowing the fastest speaker to define the investigation.

A simple routine can fit inside an existing lesson: notice, ask, investigate, revisit. Students first describe an observation, then contribute a question in speech, writing, or a drawing. The teacher selects a question that serves the lesson and models how evidence could address it. At the close, each learner explains one thing they now understand and one question still worth pursuing.

Return to the original questions

At the end of an investigation, students can revisit what they asked. Which questions can they now answer? Which needed to be changed? What evidence helped, and what remains uncertain?

This reflection connects curiosity with disciplined learning. The question wall becomes useful when it records developing understanding, rather than simply displaying interesting phrases.

A strong lesson can include clear teaching, purposeful practice, and space for students to wonder. Which question from a learner could help you understand their thinking more clearly this week?

Illustrative image generated with AI.