The Art of Questioning: How Good Questions Make Better Teachers and Students

The Art of Questioning:

How Good Questions Make Better Teachers and Students

 

A Simple Question That Reveals a Big Problem

A teacher had just finished explaining a difficult lesson. He looked around the classroom and asked, “Have you understood?”

“Yes, Sir!” the students replied almost together.

Satisfied, the teacher closed his book and moved on to the next topic.

The following morning, he asked a few questions about the lesson. This time, the classroom was much quieter. One student looked through his notebook, another avoided eye contact, and several waited for someone else to answer.

The teacher was surprised. Hadn't they understood the lesson yesterday?

Perhaps they had understood some parts of it. Perhaps they had followed the explanation without grasping the main idea. Some might even have said yes simply because everyone else had.

The teacher had explained the lesson, but he had not discovered what the students had actually learned.

This is a familiar problem in education. A student may listen attentively, copy notes and appear satisfied without being able to explain an idea independently. The only way to discover the difference is to ask questions that reveal what the student knows, understands and can do.

The art of questioning is not simply about getting answers. It is about discovering how students think and helping them learn more effectively.

1. A Question Can Do Much More Than Test Memory

In many classrooms, questions follow a familiar pattern. The teacher asks, a student answers, and the teacher decides whether the answer is correct. If it is right, the lesson continues. If it is wrong, another student gets a chance.

This approach has its place. Teachers need to know whether students remember important facts, definitions, dates and rules. But learning becomes limited when every question serves only to test memory.

Consider a history lesson.

The teacher asks, “In which year did this event take place?”

A student recalls the date.

The teacher then asks, “Why did this event take place?”

Now students must think about its causes.

Finally, the teacher asks, “Could the event have been prevented? What might have happened if the leaders had made different decisions?”

The discussion has moved beyond remembering a date. Students are examining causes, considering alternatives and thinking about the consequences of human decisions.

The same principle applies to almost every subject.

In mathematics, students can be asked not only to solve a problem but also to explain why a particular method works. In science, they can be invited to predict what might happen before an experiment begins. In literature, they can be asked why a character acted in a certain way and whether the evidence supports their interpretation.

The purpose is not to make every question difficult. It is to give students opportunities to use their knowledge rather than merely repeat it.

2. Good Questions Begin with Good Preparation

Effective questioning often appears spontaneous, but teachers can make it much more purposeful by planning a few important questions before the lesson.

They should consider three things:

• What do students already know about the topic?
• What should they understand by the end of the lesson?
• What misunderstandings might prevent them from understanding it?

These questions help the teacher decide what to ask and when to ask it.

Suppose the lesson is about honesty. The teacher might begin with a simple question: “What does honesty mean?”

Students may answer that honesty means telling the truth and not cheating. The teacher has established the basic meaning, but the class has not yet considered how honesty can be difficult to practise.

He then presents a situation:

“Your closest friend has cheated in an examination. You know what happened, but reporting it may damage your friendship. What would you do, and why?”

The discussion becomes more interesting because students must consider competing responsibilities. Is protecting a friend always an act of loyalty? Does remaining silent make someone partly responsible? Is there a way to deal with the situation fairly without acting out of anger or revenge?

Students may disagree, and their reasons may be more revealing than their final decisions.

The teacher can ask follow-up questions, invite students to reconsider their views and help them distinguish between an emotional reaction and a reasoned judgment.

This is where careful questioning becomes particularly valuable. It helps students connect a principle they know with a situation in which applying that principle is not straightforward.

Not every lesson needs a lengthy discussion, and teachers must remain mindful of the time available. But even one well-chosen question can make an ordinary lesson more meaningful.

3. Six Ways to Develop Students' Thinking

Bloom's Revised Taxonomy offers teachers a useful framework for planning questions. It identifies six cognitive processes: remembering, understanding, applying, analysing, evaluating and creating.

These categories help teachers consider what they want students to do with the information they have learned. They are not a rigid sequence that every lesson must follow.

Remembering: Can Students Recall What They Have Learned?

Examples:

• What are the five senses?
• Who wrote this poem?
• What is the formula for calculating the area of a rectangle?

Remembering provides the foundation for further learning. Students need to recall facts, terms and basic principles before they can use them confidently.

However, a correct answer does not always prove that a student understands the underlying idea. A student may remember a formula without knowing when or why to use it.

That is why the teacher should sometimes ask a second question.

Understanding: Can Students Explain the Idea?

Examples:

• Can you explain this paragraph in your own words?
• What is the difference between heat and temperature?
• Why is clean drinking water important?

A student who can explain an idea in simple language is showing something that memorisation alone cannot establish.

If a student struggles to explain a concept, the teacher may need to offer another example, use a diagram or explain the difficult part differently.

Applying: Can Students Use Their Knowledge?

Examples:

• How would you calculate the area of our classroom?
• How could you use this grammar rule in a letter?
• What steps would you take to keep drinking water safe at home?

These questions connect classroom learning with practical situations.

Students begin to see that knowledge is not merely something to reproduce in an examination. It can also help them solve problems and make informed decisions.

Analysing: Can Students Examine the Parts of a Problem?

Examples:

• Why did two characters react differently to the same situation?
• What factors contributed to the failure of this experiment?
• How are these two arguments similar, and where do they differ?

Analytical questions encourage students to look for causes, relationships and assumptions.

Instead of accepting an explanation at face value, students learn to examine how its different parts fit together.

Evaluating: Can Students Support Their Judgments?

Examples:

• Which solution would be more effective, and why?
• Was the character justified in making that decision?
• Does the writer provide enough evidence to support the conclusion?

At this level, students must do more than express a preference. They need to explain their reasoning and, where appropriate, support it with evidence.

A useful follow-up question is, “What makes you think so?”

It encourages students to look more carefully at the reasons behind their opinions.

Creating: Can Students Develop Something of Their Own?

Examples:

• Suggest a practical plan to reduce water wastage in our school.
• Write a different ending to this story.
• Design an activity to help younger students improve their reading habits.

Creating involves combining knowledge and ideas to develop a proposal, solution or original piece of work.

Students may not always produce the best solution on their first attempt. The teacher can help them examine what works, identify weaknesses and improve their ideas.

These six approaches offer a range of possibilities. A good lesson may use several of them, depending on its purpose, the students' abilities and the subject being taught.

The important question for a teacher is not, “Have I asked a difficult question?” but, “Have I asked the right question for this stage of learning?”

4. Open Questions and Closed Questions: Knowing When to Use Each

Some questions have a clear, limited answer.

“What is the capital of Pakistan?”

This is a closed question. It is useful when the teacher wants to check whether students remember a fact.

Other questions allow several reasonable answers.

“What could be done to improve public transport in our city?”

One student might suggest more buses, another safer bus stops, and a third more reliable schedules. Students can compare the suggestions and consider which would be most practical.

This is an open question.

Both types are important. A science teacher may need to establish whether students remember a scientific fact before asking them to explain a process. A language teacher may begin with a question about the meaning of a word and then invite students to discuss how its meaning changes in different contexts.

The difficulty arises when classroom questioning relies almost entirely on questions with short, predetermined answers.

Students may become skilled at guessing what the teacher wants to hear without learning how to explain their own thinking.

Teachers can improve the discussion by following a factual question with one or two open questions:

“What is the answer?”

“How did you arrive at it?”

“Is there another way to reach the same result?”

A small change in questioning can give students a much greater opportunity to explain their reasoning.

5. The Teacher Who Does Not Give Students Time to Think

A teacher asks, “Why did the king make this decision?”

The class remains silent for a moment.

“He wanted to protect his kingdom,” the teacher answers, before anyone has had time to respond.

The question was reasonable, but the students were never given a real opportunity to answer it.

This happens in many classrooms. Teachers may be worried about completing the syllabus, maintaining the pace of the lesson or dealing with an uncomfortable silence. As a result, they sometimes answer their own questions or immediately call on the quickest student.

Research on classroom questioning has highlighted the importance of wait-time: the pause a teacher allows after asking a question and, in many cases, after receiving an initial response.

Mary Budd Rowe's research helped establish the educational significance of allowing students time to think before answering.

For an ordinary question, a pause of three to five seconds can be a useful starting point. A difficult question may require more time, particularly when students must compare ideas or explain their reasoning.

Consider this question:

“What is the difference between punishment and discipline?”

Students may need to think about the meaning of both terms, recall examples and organise their thoughts before responding.

If the teacher immediately supplies an answer, students lose the opportunity to work through that process.

Teachers can make the pause more productive by asking students to think silently before inviting answers. They can also ask everyone to write down a possible response, giving quieter students time to prepare.

The aim is not to make the classroom unnecessarily slow. It is to ensure that the quickest student is not always the only one who gets to think aloud.

6. A Wrong Answer Can Reveal What Needs to Be Taught

A student raises his hand during a science lesson.

The teacher asks, “Why do we have different seasons?”

The student replies, “Because the Earth moves closer to the Sun in summer.”

The answer is incorrect, but it reveals a common misunderstanding. The teacher now has useful information about what the student believes.

He could simply say, “Wrong,” and give the correct explanation. Sometimes direct correction is necessary, but it may not reveal whether the student understands why the original answer was incorrect.

Instead, the teacher might ask:

“Do the Northern and Southern Hemispheres experience summer at the same time?”

“No, Sir.”

“What might explain that difference?”

These questions give students an opportunity to reconsider their assumptions. The teacher can then explain how the Earth's axial tilt affects the angle and duration of sunlight received in different parts of the world.

The aim is not to make students discover every scientific principle without help. The teacher still has an essential role in explaining the correct concept.

What matters is how the error is handled.

A wrong answer should not automatically become a source of embarrassment. When students fear ridicule, they may stop volunteering answers, even when they have a useful idea to share.

A teacher who responds calmly can correct the misunderstanding while preserving the student's confidence.

There is an important distinction here: accepting a student's willingness to participate does not mean accepting an incorrect answer as true. A good teacher corrects the mistake without making the student feel that asking or answering was a mistake.

7. What Should a Teacher Do When Nobody Answers?

A question is asked, but nobody responds.

Should the teacher repeat it? Call on a student? Give the answer himself?

The best response depends on the situation. Before deciding, the teacher should consider why the class is silent.

Perhaps the question is too difficult. Perhaps the wording is unclear. Students may not have the necessary background knowledge, or they may understand the subject but feel uncomfortable speaking in front of the class.

Suppose a teacher asks:

“Explain the economic consequences of industrialisation.”

If nobody answers, repeating the same question may not help.

The teacher could begin with something more familiar:

“What happens when machines start doing work that people previously performed by hand?”

Students might mention factories, increased production, changes in employment and the growth of towns.

The teacher can build on these responses and guide the class towards the wider economic consequences of industrialisation.

Breaking a difficult question into smaller parts often makes it easier to answer.

Another useful technique is think-pair-share. Students first consider the question individually, then discuss their ideas with a partner, and finally share their responses with the class.

This approach gives students time to organise their thoughts and reduces the pressure of speaking without preparation.

Teachers should also be willing to rephrase a question when necessary. A question that is clear to the teacher may not be clear to the students.

Silence should therefore prompt the teacher to investigate the difficulty, rather than automatically conclude that the class has learned nothing.

8. Students Must Learn to Ask Questions Too

There is another side to classroom questioning that deserves equal attention.

Students spend much of their school life answering questions prepared by teachers. Yet they also need opportunities to ask questions of their own.

A student who asks, “Why does this happen?” is beginning to investigate a subject.

A student who asks, “How do we know this is true?” is considering the evidence behind a claim.

A student who asks, “Could there be another explanation?” is learning to examine an idea from a different perspective.

These habits are important because education should prepare students to think independently, not merely to reproduce what they have been told.

Unfortunately, some students hesitate to ask questions because they fear that their classmates will laugh at them or their teacher will consider them inattentive.

The teacher can help create a different atmosphere by welcoming sincere questions and responding respectfully, even when a question seems simple or the answer is not immediately available.

One practical activity is to ask students to write down one question about the lesson before leaving the classroom.

Their questions may reveal a misunderstanding that went unnoticed during the explanation. They may also identify a topic that deserves further discussion.

Another useful activity is to ask students to prepare one question for a classmate about the material they have studied. This encourages them to consider which ideas are important and what another person needs to understand.

Students should learn not only how to answer questions but also how to ask clear, relevant and thoughtful ones.

9. What If the Teacher Does Not Know the Answer?

No teacher knows everything.

A student may ask an unexpected question about science, history, language or society. The teacher may not know the answer, or the issue may be more complicated than it first appears.

There is no need to pretend otherwise.

A teacher can say, “I am not certain about that. Let us consult a reliable source.”

He can then check a suitable book, examine trustworthy evidence or return to the question in the next lesson.

This approach teaches students that knowledge is not simply a collection of answers delivered by an authority. It also involves checking information, recognising uncertainty and correcting mistakes.

Of course, the teacher should make a genuine effort to follow up. Otherwise, the promise to investigate becomes an excuse to avoid the question.

Admitting uncertainty does not weaken a teacher's position. When handled honestly, it can strengthen students' respect for both the teacher and the learning process.

10. Five Practical Ways to Improve Questioning in the Classroom

Teachers do not need special equipment or a complete change in their teaching methods to improve their questions. A few deliberate habits can make a difference.

Begin with what students already know.

Start the lesson with a question connected to a familiar experience, a previous lesson or a problem students can recognise. This helps the teacher discover what the class already understands.

Ask students to explain, not just repeat.

After introducing an important idea, invite students to describe it in their own words. Their explanations can reveal misunderstandings that a simple yes-or-no question would miss.

Give students a problem to solve.

Ask them to apply the lesson to a practical situation. Depending on the subject, this might involve solving a mathematical problem, interpreting a passage or proposing a solution to a familiar difficulty.

Invite reasons and alternative answers.

When a student offers an answer, ask, “Why do you think so?” Where appropriate, invite another student to suggest a different explanation. The purpose is to examine ideas fairly, not to turn every discussion into a competition.

End by finding out what remains unclear.

Before the lesson finishes, ask students to write down one thing they have learned and one question they still have. Reviewing their responses can help the teacher decide what needs further explanation in the next class.

These steps are simple enough to use in an ordinary lesson. They do not require the teacher to abandon explanation, textbook work or examination preparation. Instead, they help make those activities more responsive to students' actual needs.

11. How Can Teachers Know Whether Their Questions Are Working?

A teacher may ask many questions during a lesson and still learn very little about the class.

The number of questions is not the best measure of their effectiveness. What matters is whether they help students reveal their understanding and make progress.

Teachers can reflect on a few practical questions after a lesson:

• Did I discover what students understood, rather than simply ask whether they understood?
• Did I give students enough time to think?
• Did I hear from students other than the quickest or most confident ones?
• When an answer was incorrect, did I identify the misunderstanding behind it?
• Did students have an opportunity to ask their own questions?
• Do I know which parts of the lesson need to be explained again?

These questions do not require lengthy written reports. Even a brief review can help a teacher recognise habits that need improvement.

For example, a teacher may discover that the same three students answer almost every question. In the next lesson, he can allow everyone to write an answer before inviting responses. Another teacher may realise that students can recall definitions but struggle to apply them. He can then include a practical problem in the next class.

In this way, questioning becomes useful not only for students but also for teachers. Their questions help them decide what to teach next, which explanations to revisit and how to adapt their methods.

Conclusion: Better Questions, Better Learning

Teaching involves explaining, demonstrating, correcting mistakes, providing practice and helping students prepare for examinations. These activities remain essential.

But a lesson is not successful merely because the teacher has completed the explanation or the students have copied every point into their notebooks.

The teacher also needs to know what students have understood, where they are struggling and whether they can use what they have learned.

Thoughtful questions make this possible. They help uncover misunderstandings, encourage students to explain their reasoning and give quieter learners an opportunity to participate. They also remind teachers that learning is not always visible from the front of the classroom.

Over time, students can develop the confidence to question an idea, examine evidence, reconsider an answer and acknowledge when they do not know something.

These habits are useful far beyond school. They help people approach unfamiliar problems, make more informed decisions and continue learning throughout their lives.

The next time a lesson ends, a teacher might replace the familiar question, “Have you understood?” with two more revealing questions:

“What have you understood, and what would you still like to know?”

The first invites students to explain what they have learned. The second gives them permission to continue learning.

And sometimes, the question that a student asks next is the clearest sign that the lesson has truly begun to make a difference.

Further Reading

1.      Bloom, B. S., et al. (1956). Taxonomy of Educational Objectives: Handbook I, Cognitive Domain. New York: Longmans, Green.

2.      Anderson, L. W., & Krathwohl, D. R. (Eds.). (2001). A Taxonomy for Learning, Teaching, and Assessing: A Revision of Bloom's Taxonomy of Educational Objectives. New York: Longman.

3.      Rowe, M. B. (1974). “Wait-Time and Rewards as Instructional Variables, Their Influence on Language, Logic, and Fate Control: Part One—Wait-Time.” Journal of Research in Science Teaching, 11(2), 81–94. https://doi.org/10.1002/tea.3660110202