How to Read | Class No.0007 | The Question Read — Read to Solve Problems, Generate Better Questions and Find Missing Knowledge

Class No.0006: The Learning Read · English Reading and Comprehension · The English Tutor Handbook Vol No.0005 | The Question Ladder

Questions give attention a job

A reader cannot attend equally to everything.

Questions create selection.

If the question is “Why did the animal migrate?”, the reader looks for causes. If the question is “How did the writer make the journey sound dangerous?”, the reader looks for language and structure. If the question is “Which policy is more effective?”, the reader looks for criteria and evidence.

The quality of the question changes the quality of the reading.

The reader should not wait for someone else to ask

School often trains students to read because questions will appear afterward.

Independent readers reverse the direction:

question → reading → answer → new question

This loop turns text into a tool for inquiry.

Research supports question generation as a comprehension practice

The Institute of Education Sciences Grades 4–9 reading intervention guide recommends that students have regular opportunities to ask and answer questions in order to understand text more deeply. Its related PRISMS materials explicitly teach students to generate questions while reading, moving from questions whose answers are directly stated toward questions requiring integration and author–reader reasoning.

The IES K–3 comprehension toolkit likewise includes questioning as an evidence-based strategy and models self-questioning such as asking “Why does this make sense?” after encountering a new fact. Reading Rockets’ overview of question generation also synthesises research showing benefits for memory, integration, main-idea identification and comprehension.

The teaching implication is simple: questions are not only assessment devices. They are reading tools.

Start with the reading problem

Before opening a text, ask:

What am I trying to find out?

The answer may be:

• What happened?
• How does this process work?
• Why did this change happen?
• What does this term mean?
• Which explanation is stronger?
• How does this compare with what I already know?
• What evidence supports the claim?

A reading purpose can be framed as a question.

Question quality has levels

Questions can demand different amounts of thinking.

Locate: Where did the event occur?

Connect: How are paragraphs two and four related?

Infer: Why is the character reluctant to answer?

Explain: How does the mechanism produce the effect?

Compare: How do the two writers differ?

Evaluate: Which interpretation has stronger evidence?

Generate: What question remains unanswered?

A strong reader can move among these levels rather than treating “harder” as automatically better.

Literal questions are foundational

Do not dismiss “who, what, where, when” questions.

They establish the evidence floor.

If a student cannot identify who spoke or when an event occurred, higher inference may rest on a false model.

Why questions expose relationships

“Why?” is powerful because it demands connection.

But it can also invite speculation.

After asking why, require:

• textual evidence;
• a causal relationship;
• appropriate confidence.

“Why?” should open reasoning, not license invention.

How questions expose mechanism

“How?” often reveals whether the reader truly understands a process.

It is easy to memorise:

Interest rates can affect inflation.

It is harder to answer:

How can higher interest rates reduce inflationary pressure?

The second question demands a chain.

What-if questions test models

Once an idea is understood, change a condition.

Ask:

• What if the character had not received the message?
• What if rainfall increased instead?
• What if the sample were much smaller?
• What if this definition excluded one category?

A model that can handle changed conditions is more useful than a memorised sentence.

Comparison questions reveal distinctions

Ask:

• How are these ideas similar?
• Where do they diverge?
• Which difference matters most?
• Are they answering the same problem?

Comparison is one of the best ways to prevent concepts from collapsing into each other.

Questions can be answered in different places

Some answers sit in one sentence.

Some require combining several sentences.

Some require connecting text with prior knowledge.

Some cannot be answered from the text at all.

Teach readers to classify the answer location before searching blindly.

The four answer locations

1. Right here: one explicit location.
2. Across the text: several details must be combined.
3. Text plus knowledge: inference requires a relevant world or disciplinary model.
4. Not answerable here: more evidence is needed.

The fourth category is vital. Mature reading includes recognising when a text cannot answer the question.

“I don’t know” can be a successful reading outcome

If the source lacks sufficient information, refusing to invent an answer is intellectual progress.

Convert uncertainty into the next question:

What would I need to know to answer this?

Questions expose missing vocabulary

A student reading about ecosystems may ask:

How is a population different from a community?

That question reveals a vocabulary distinction the text depends on.

Question-led reading turns confusion into a searchable gap.

Questions expose missing background knowledge

A passage may assume knowledge of Parliament, DNA, interest rates or tectonic plates.

The reader may understand every sentence grammatically yet still lack the concept needed to interpret it.

Ask:

What does this text assume I already know?

This is one of the most useful questions in advanced reading.

Questions can reveal weak definitions

If a text uses a key term repeatedly, ask:

• How is this term defined here?
• Does the definition change?
• Would the argument survive a different definition?

Conceptual reading often begins with definitional control.

Questions can reveal contradictions

When two sentences appear inconsistent, ask:

• Are they speaking about the same time?
• Same group?
• Same definition?
• Same level of certainty?
• Is one a general rule and the other an exception?

A contradiction becomes a diagnostic question rather than an immediate accusation.

Questions can reveal assumptions

Arguments often depend on unstated premises.

Ask:

What has to be true for this reasoning to work?

For example, an argument that online learning saves money may assume access to devices, reliable internet and suitable home environments.

Assumption questions deepen critical reading.

Question the evidence, not only the conclusion

Ask:

• Where did this number come from?
• How was the sample chosen?
• What would count as counterevidence?
• Does this example prove the general claim?
• Is the source independent?

Class No.0004 owns broader source evaluation; the Question Read supplies the inquiry engine.

Question the structure

Ask:

• Why did the writer place this paragraph here?
• Why does the example come before the definition?
• Why return to the opening image?
• What changes after “however”?

Structure becomes visible when the reader asks why the order matters.

Question the language

Ask:

• Why this verb?
• Why this level of certainty?
• Why repeat this phrase?
• What changes if I replace this word?

These questions belong naturally after Class No.0005’s Deep Read.

Question yourself

Metacognitive questions monitor the reader:

• What am I trying to understand?
• Where did I lose the thread?
• What am I assuming?
• Can I explain this without looking?
• Am I answering the text or my own expectation?
• What should I reread?

The best question system eventually moves inside the learner.

Do not turn self-questioning into constant interruption

Too many questions can destroy flow.

Use checkpoints:

• after a paragraph;
• after a difficult sentence;
• at a structural turn;
• after a section;
• when confusion appears.

The aim is active reading, not perpetual stopping.

The Question Ladder for readers

This class uses a reader-owned progression:

1. Find: What does the text say?
2. Connect: How do these parts relate?
3. Infer: What follows?
4. Explain: Why or how?
5. Test: What evidence supports or weakens this?
6. Compare: How does another account differ?
7. Extend: What new question does this create?

SETC’s Tutor Handbook Question Ladder owns the pedagogy of asking less while making learner thinking visible. This article owns the reader’s internal use of questions as a navigation system.

Questions before reading

Preview title and headings, then generate two or three questions.

Do not predict the entire text. Create a search purpose.

Example:

Title: “Why Cities Are Getting Hotter.”

• What causes urban heat?
• Which parts of a city become hottest?
• What can reduce the effect?

Now reading has targets.

Questions during reading

Update questions.

If the text introduces “urban heat island,” add:

How is this different from ordinary regional warming?

The reader is not following a fixed worksheet. The inquiry evolves with new information.

Questions after reading

Ask three types:

• retrieval: what did I learn?
• transfer: where else would this apply?
• frontier: what remains unanswered?

The frontier question is especially valuable. It turns one text into a route toward the next.

The Question Read in fiction

Useful questions include:

• What does the character want?
• What are they unwilling to say?
• What changed their options?
• What does the reader know that they do not?
• Which earlier detail now matters?
• What remains deliberately unresolved?

Good questions preserve the literary experience rather than reducing it to a quiz.

The Question Read in science

Ask:

• What phenomenon needs explanation?
• What mechanism is proposed?
• What evidence distinguishes this mechanism from alternatives?
• What variable changes?
• What result would challenge the explanation?

The Question Read in history

Ask:

• What happened?
• Why did different actors act as they did?
• Which causes were long-term and which immediate?
• Whose account is this?
• What evidence is missing?

The Question Read in mathematics

Ask:

• What is given?
• What must be found?
• Which condition matters?
• What representation would clarify the problem?
• What happens if the condition changes?

Question reading is problem representation.

The Question Read online

Before clicking:

• What exactly am I trying to verify?
• What kind of source would know?
• What search terms represent the concept rather than my preferred conclusion?

Better questions improve search quality.

Kindergarten: curiosity becomes structure

Young children ask many questions naturally.

Use them.

After a read-aloud, choose one genuine child question and return to the page to answer it. This teaches that books can be searched for meaning.

Primary 1: who, what, where, why

Generate one question of each type from a short story.

Then ask which questions can be answered directly and which require thinking across details.

Primary 2: answer location

Teach children to say:

one sentence / several sentences / I need to infer.

This builds search control.

Primary 3: turn headings into questions

Heading: “How Seeds Travel.”

Question: “What are the different ways seeds travel?”

Read the section, close it and answer.

This integrates questioning with retrieval.

Primary 4: ask relationship questions

Move beyond fact collection:

• What caused this?
• How are these examples similar?
• Why did the writer include this paragraph?

Primary 5: ask evidence questions

After an interpretation, ask:

Which detail makes that interpretation stronger?

Questioning and evidence begin to fuse.

Primary 6: ask the question the examination did not ask

After completing a comprehension passage, generate one deeper question about the text.

This prevents examination reading from becoming purely reactive.

Secondary 1: generate questions from paragraph functions

If a paragraph gives a cause, ask what consequence follows. If it raises an objection, ask how the writer responds.

Structure generates inquiry.

Secondary 2: distinguish productive from decorative questions

A productive question can change understanding.

“What colour was the building?” may be irrelevant unless colour matters.

Teach students to prioritise questions with explanatory value.

Secondary 3: question assumptions

Ask:

• What does the writer take for granted?
• What would someone who disagrees challenge first?
• Which definition is doing hidden work?

Secondary 4: questions as time-saving devices

Under pressure, questions help target rereading.

Instead of “I don’t understand paragraph five,” ask:

What exactly does “this change” refer to?

A precise question produces a precise reread.

JC: read around an inquiry

For GP and advanced research, begin with a question broad enough to matter but narrow enough to investigate.

Weak:

What is technology?

Stronger:

Under what conditions does workplace automation improve productivity without worsening job quality?

The second question defines evidence needs.

JC: questions should evolve

Early questions are often naive. That is acceptable.

After reading, refine:

initial: Is social media harmful?

better: Which forms of social-media use are associated with which outcomes, for whom, and under what conditions?

Learning improves the question.

Question chains

Build a chain:

1. What happened?
2. Why?
3. How do we know?
4. What alternative explanation exists?
5. What evidence would distinguish them?
6. What remains uncertain?

This chain can turn a simple topic into disciplined inquiry.

Question maps

For a large topic, place the central question in the middle and branch into:

• definitions;
• causes;
• effects;
• evidence;
• counterarguments;
• cases;
• unknowns.

Now reading can fill the map deliberately.

Do not let questions become confirmation traps

“Why is this policy a failure?” assumes failure.

Reframe:

What evidence supports or challenges the policy’s effectiveness?

Question wording can bias what the reader notices.

Do not ask only questions you already know how to answer

Comfort questions preserve current knowledge.

Growth questions expose the edge.

Ask one question per reading that you genuinely cannot answer yet.

Do not confuse complexity with quality

A long philosophical question can be less useful than a precise simple one.

Good questions have a clear job.

Three learners, three question failures

Maren asks only literal questions and never reaches relationships. Her repair is “why/how” generation.

Iona asks sophisticated questions but does not return to the text for evidence. Her repair is answer anchoring.

Leonie asks so many questions that she never finishes the passage. Her repair is question prioritisation and checkpoints.

A 45-minute Question Read tutorial

1. 5 minutes: state one central reading problem.
2. 5 minutes: generate three pre-reading questions.
3. 10 minutes: read and revise the questions.
4. 10 minutes: answer using evidence and classify answer location.
5. 5 minutes: generate one unanswerable question.
6. 5 minutes: identify what new source or knowledge is needed.
7. 5 minutes: learner explains which question improved understanding most.

The Question Read audit

Ask:

• Did I know what I was trying to find out?
• Did my questions change as I learned?
• Did I ask relationship questions, not only fact questions?
• Did I know where answers came from?
• Did I recognise when the text could not answer?
• Did my questions expose missing vocabulary or background knowledge?
• Did I avoid leading questions that assumed the conclusion?
• Did I finish the text rather than interrogating every sentence?
• Can I name the next question worth pursuing?

Research anchors

• Institute of Education Sciences — Providing Reading Interventions for Students in Grades 4–9
• Institute of Education Sciences — PRISMS Reading Intervention Toolkit
• Institute of Education Sciences — K–3 Reading Comprehension Toolkit: Questioning
• Reading Rockets — Question Generation: A Key Comprehension Strategy
• Education Endowment Foundation — Reading Comprehension Strategies

Continue through SETC

• The English Tutor Handbook Vol No.0005 | The Question Ladder
• English Reading and Comprehension
• Critical Reading, Media and Information Literacy
• English Argument Evaluation Performance

Final lesson

A weak question asks the text to repeat itself.

A stronger question makes the text reveal a relationship.

The strongest questions expose what the text cannot yet tell you.

Read with a problem. Let the text change the problem. Follow the missing knowledge.

Then reading becomes inquiry.

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