Chapter Four

Questioning & Discussion

The questions a teacher asks, and the talk they allow to follow, shape what thinking happens in a room.

Rooted in the work of Alexander, Rowe, Mercer and others

The infographic

24 Ways to Embed Effective Questioning & Discussion in Your Classroom

The Questioning & Discussion infographic. The same 24 strategies as a one page poster. Every strategy on it is written out as text below.
Download this guide as a PDF (1.0 MB, text is selectable and searchable) · Download the infographic as an image

The strategies

24 strategies in 5 groups

Each strategy below is written exactly as it appears on the card.

The Quality of Questions

Surface, Deep and Transfer

Hattie and Zierer distinguish surface (what), deep (why) and transfer questions. Each serves a different stage. Reaching transfer before surface is secure sets students up to fail.

Suggested technology discussion prompt or slide display tool · Informed by Hattie & Zierer

Find this under Ask better questions

Open Questions Demand More

Dillon found genuine open questions, where the teacher does not know the answer, produce the most extended student reasoning. Not every question needs a predetermined destination.

Suggested technology shared whiteboard or discussion board · Informed by Dillon

Plan Questions Before the Lesson

Improvised questions default to recall, not because recall is wrong but because planning stops there. Anderson and Krathwohl works as a planning tool: write questions at every level.

Suggested technology lesson planning or slide preparation tool · Informed by Anderson & Krathwohl

Find this under Ask better questions

Alternatives to Questions

Dillon found statements and silence elicit richer responses than questions. Try: Tell me more. I had not considered that. Not every probe needs to end with a question mark.

Suggested technology discussion or annotation tool · Informed by Dillon

Find this under Ask better questions

Wait Time & Thinking Space

Participation & Equity

Dialogic Teaching & Discussion

Five Principles of Dialogic Talk

Alexander identifies five qualities of dialogic talk: collective, reciprocal, supportive, cumulative and purposeful. Most talk meets two or three of these. Audit and start with the gaps.

Suggested technology lesson observation or reflection tool · Informed by Alexander

Find this under Improve classroom discussion

Break the IRE Pattern

IRE (Initiation, Response, Evaluation): ask, answer, judge. Alexander shows this pattern limits thinking. Replace evaluation with a follow-up question. What makes you say that?

Suggested technology video reflection or lesson capture tool · Informed by Alexander; Mercer

Find this under Improve classroom discussion

Exploratory Talk

Mercer distinguishes disputational, cumulative and exploratory talk. Only exploratory talk, where students challenge ideas with evidence and build on each thinking, improves outcomes.

Suggested technology collaborative doc or discussion tool · Informed by Mercer

Find this under Improve classroom discussion

Ground Rules for Talk

Mercer found teaching norms of exploratory talk transforms discussion. Norms co-constructed with the class outperform those displayed or modelled. Make the ground rules together.

Suggested technology shared doc or display tool · Informed by Mercer

Find this under Improve classroom discussion

Build on Student Responses

Alexander’s EEF programme showed gains when teachers extended rather than evaluated. Return an answer: Aisha says X. Does anyone want to add or challenge? Conductor, not judge.

Suggested technology live display or response capture tool · Informed by Alexander

Find this under Improve classroom discussion

Student-Generated Questions

Teach Question Stems

King found students trained to generate questions using stems produce richer discussion than those answering only teacher questions. Generating questions demands deeper processing.

Suggested technology question stem cards or display tool · Informed by King

Find this under Ask better questions

Reciprocal Peer Questioning

King’s reciprocal questioning has students generate and pose questions to each other, with neither knowing the answer. This produces genuine enquiry rather than rehearsal. Aim to think.

Suggested technology pair chat or response tool · Informed by King

Questions as Evidence of Understanding

A student’s question reveals the depth of their understanding. Ask for one written question before leaving. Why does X cause Y? shows far more than What is X?. Questions are windows.

Suggested technology exit ticket or response tool · Informed by King; Wiliam

Find this under Make thinking visible

Interthinking Through Questions

Mercer’s interthinking describes shared cognition built through language. Student questions sustain joint enquiry. The goal is thinking in common, not performance for the teacher.

Suggested technology collaborative discussion or writing tool · Informed by Mercer

Find this under Improve classroom discussion

The thinking

A classroom runs on its questions. Change the questions and you change the thinking.

Robin Alexander’s work on dialogic teaching showed us that talk is not the decoration around learning, it is often the medium of it. The problem is that classroom talk can easily become too thin, too quick, and too dependent on the teacher.

Neil Mercer’s work on exploratory talk helps here, because it shows what better classroom discussion looks like when pupils reason together, build on each other’s ideas and make their thinking public. Mary Budd Rowe’s work on wait time adds another important reminder: a few seconds of silence after a question can change the quality of what follows.

The strategies in this section move from better questions to better talk to the routines that help every voice count.

Silence after a question is not dead air; it is where better thinking often begins.

The thinking page for Questioning & Discussion from the guide.

In practice

Technology can widen who gets to speak, but the thinking still has to belong to the student.

Anonymous response tools, shared documents and structured digital discussion can bring in students who might never raise a hand. That matters. They also give the class something to come back to, so a useful conversation does not disappear the moment the lesson moves on.

The risk, especially with AI, is that the tool answers the question students should be wrestling with. A good question slows thinking down. It gives students something to try, explain, challenge, refine and improve. When the tool removes that struggle, it can remove the learning too.

Use technology to bring more voices into the room, not to take the thinking out of it.

The in practice page for Questioning & Discussion from the guide.

Further reading and evidence

Where this thinking comes from

The wider evidence around this area, kept deliberately short. No single study validates all 24 strategies; these are the traditions the thinking comes from, and good places to read further. How this site uses evidence.

Use this for professional learning

A 30 minute activity for your team

Who does the thinking when you ask a question?. A 30 minute activity for a department, phase or professional learning group, using this guide as it stands.

  1. Read the thinking section above together.
  2. In pairs, recall this week's lessons: who answered, who never did, and how long the silence lasted before someone spoke.
  3. Explore the strategies and pick two or three that would spread the thinking wider.
  4. Discuss the mechanism: what changes when every student must compose an answer before any student gives one?
  5. Consider context: seminar-sized sixth form groups, classes of 32, students anxious about speaking.
  6. Ask whether technology helps, anonymous response perhaps, or whether hands-down and wait time cost nothing.
  7. Choose one strategy to trial for a week in one class.
  8. Agree what you'll count: who participates, and the length and quality of answers.

The model behind this, and how to run it across a school or trust, is on the professional learning page.