Big picture
An informational text explains a subject, describes evidence or argues for a conclusion. It might be a report on school transport, a discussion of water use, or a passage accompanied by a table. Reading it requires more than finding isolated facts: you must understand how claims connect to evidence and how far that evidence allows you to conclude.
Suppose a school survey says that many students would cycle if storage improved. That statement concerns a preference under a condition, not a guarantee of future behaviour. Learning to preserve such distinctions helps you answer unseen comprehension questions and assess messages outside examinations.
Learning goals
Identify a passage's purpose, central claim and supporting details.
Distinguish fact, opinion, inference and recommendation.
Interpret tables, proportions and comparisons accurately.
Evaluate sources, qualifications and cause-and-effect claims.
Explain contextual vocabulary and paragraph organisation.
Write precise answers and faithful summaries.
Core ideas
1. Identify purpose and organisation
The purpose is what the writer aims to achieve: inform, explain, persuade or evaluate. These functions can overlap. A passage may explain plastic waste before urging schools to reduce disposable packaging. Identify the dominant purpose from its overall movement, especially its conclusion.
Look for text structure. A cause-and-effect passage might explain how leaking taps increase waste. A problem-and-solution passage might describe leaks and propose maintenance. A comparison might examine two systems against the same criteria. Sequence words such as “first” and “finally” organise stages; contrast words such as “however” qualify a previous point.
For example, “Rainwater collection reduces dependence on tankers; however, storage needs maintenance” balances an advantage with a limitation. Ignoring the second clause changes a qualified judgement into an absolute endorsement.
2. Original passage: A Route Worth Testing
At Samanvay School, a student group asked whether more pupils could walk or cycle to school. The group surveyed 200 students from the senior classes. Each student selected the main way they currently travelled. The results appear in the table below. The group also asked students who did not currently cycle what might influence their decision.
Several respondents mentioned traffic at the main gate. Others worried about leaving bicycles in an uncovered corner of the playground. Among the 180 students who did not currently cycle, 72 said that covered, supervised cycle parking would make them more willing to consider cycling. The survey did not ask whether they owned a bicycle, and it did not record the distance between their homes and school.
A volunteer suggested replacing every motor journey immediately. The group rejected this proposal. Some students travelled from distant neighbourhoods; others might have mobility needs that the questionnaire had not investigated. Instead, the group proposed testing a supervised walking route for nearby households and improving cycle parking. It also requested a discussion with transport staff about congestion at the gate.
The head teacher welcomed the proposals but warned against announcing a guaranteed fall in traffic. A willingness to consider cycling is not a promise to do so. The school would need a follow-up count after any changes. Students from junior classes had not participated, so their travel patterns might also differ. The group concluded that the survey was a useful starting point, provided its limits remained visible.
Main travel mode | Students |
|---|---|
Walking | 50 |
Cycling | 20 |
School bus | 80 |
Private motor vehicle | 50 |
Total | 200 |
This is invented practice data, not a finding about Indian schools generally. Keeping that distinction prevents a classroom exercise from being mistaken for a real national survey.
3. Main idea and supporting details
The main idea expresses what the whole passage establishes. Here, a limited survey can guide practical transport trials, but cannot guarantee outcomes. “The school has uncovered cycle parking” is a supporting detail; it does not cover the recommendation and its qualifications.
A claim is a statement presented for acceptance. Evidence is information supporting it. The group claims improved parking deserves consideration; responses from non-cyclists provide evidence. The evidence supports testing that change, not claiming that all respondents will cycle.
To answer “How does the writer support the recommendation?”, connect the evidence to the proposal: concerns about storage explain the parking proposal, while gate congestion explains the request to consult transport staff. Listing the survey total alone would not establish this connection.
4. Facts, opinions, inferences and recommendations
Category | Meaning | Passage-based example |
|---|---|---|
Fact | A checkable statement reported in the text | The survey included 200 senior-class students |
Opinion | A judgement that needs evaluation | Replacing every motor journey immediately would be desirable |
Inference | A conclusion drawn from clues | Parking is one barrier for some non-cyclists |
Recommendation | An action proposed for the future | Test a supervised walking route |
A reported fact is still something a real researcher might verify. For comprehension, answer according to the passage unless the task explicitly asks you to challenge the source. An opinion may be sensible and evidence-based; “opinion” does not mean “false”.
Watch modal verbs and qualifiers. “May reduce congestion” leaves uncertainty. “Will eliminate congestion” predicts a complete result. Likewise, “some students” cannot become “all students” in your answer. Such small changes are a common source of incorrect options.
5. Reading numbers step by step
Always identify the denominator, the group against which a proportion is calculated. The table covers 200 students, while the follow-up response concerns 180 non-cyclists. These are different groups.
Worked example: cycling share. Cycling students = 20. Total surveyed = 200. Percentage = 20 ÷ 200 × 100 = 10%. This is the present cycling share, not the share who might consider cycling later.
Worked example: willingness among non-cyclists. Students giving the parking response = 72. Non-cyclists = 200 − 20 = 180. Percentage = 72 ÷ 180 × 100 = 40%. Using all 200 students would answer a different question: 72 ÷ 200 × 100 = 36% of the whole sample.
Worked example: difference and ratio. Bus users exceed cyclists by 80 − 20 = 60 students. Their ratio is 80:20 = 4:1. The difference is a subtraction; the ratio compares relative sizes. Neither calculation implies that bus travel causes low cycling.
Worked example: combining categories. Walking and cycling together account for 50 + 20 = 70 students. Their combined percentage is 70 ÷ 200 × 100 = 35%. Do not add the bus category merely because many people share one vehicle: it remains motorised travel.
6. Sources, sample and limitations
A sample is the group studied; a population is the larger group about which someone wants information. Senior-class respondents are not automatically representative of the whole school. Junior pupils may have different journeys and supervision needs.
A limitation identifies what the evidence cannot establish. Missing bicycle ownership and home-distance information prevents a confident prediction of who could realistically cycle. The absence of mobility information also limits the proposal's inclusiveness. A fair conclusion acknowledges these gaps without dismissing every useful response.
Distinguish association from causation. Students mentioning poor parking suggests a relationship with reluctance to cycle; it does not prove that providing parking will cause every student to switch. Other barriers may remain. A before-and-after count would improve the evidence, although changes in weather or attendance might still affect comparison.
7. Vocabulary, reference and authorial stance
Use local clues to interpret unfamiliar words. “Congestion” appears beside traffic at a crowded gate, so it means overcrowding or obstructed movement. “Supervised” means watched or managed by a responsible person; it does not merely mean covered against rain.
A referent is the word or idea to which another expression points. In “their limits remained visible”, a question would require checking exactly which plural noun the expression refers to. Never assume every “they” refers to the student group; in another sentence it may refer to respondents.
The writer's stance is cautiously supportive: the survey is useful, but conditional claims and missing information are repeatedly identified. “Hostile” ignores the welcome given to proposals. “Uncritically enthusiastic” ignores the warnings. Tone answers should fit the whole passage, including its reservations.
8. Answering analytical and source-based questions
For an assertion–reason task, first judge each statement separately, then decide whether the reason explains the assertion. “The survey cannot predict the school's final cycling share” is supported. “It did not record bicycle ownership or home distance” supplies part of the explanation. A true but unrelated detail, such as the number of bus users, would not explain the same limitation fully.
A model short answer to “Why was the immediate replacement proposal rejected?” is: “The proposal ignored differing distances and possible mobility needs, so one travel rule would not suit everyone.” This combines two relevant reasons without importing outside claims.
A faithful summary could read: “A senior-student transport survey identified concerns about traffic and cycle storage. The group proposed trials and better parking rather than an immediate ban on motor travel. School leaders requested follow-up evidence because stated willingness and an incomplete sample cannot guarantee results.” A summary preserves the main finding, response and limitation.
A reliable approach to questions
Read the title and skim the passage for purpose and central claim.
Read table headings, totals, units and the description of the sample.
Underline the question's target group and command word.
Locate evidence and retain qualifiers such as “some” or “could”.
Calculate from the correct denominator and show units where relevant.
Test the chosen answer against both the evidence and its limitations.
Connections that matter
Mathematics supplies percentages, ratios and careful comparison of data.
Narrative reading also requires inference supported by specific textual clues.
Discursive writing uses claims, evidence and qualifications to construct fair arguments.
Common mistakes
Calculating every percentage out of the total: select the group named in the question.
Treating willingness as future action: a stated preference does not guarantee behaviour.
Generalising from senior classes to everyone: check who was included in the sample.
Calling an opinion false merely because it is a judgement: evaluate its reasons and evidence.
Revision checklist
I can identify a main claim and distinguish it from a detail.
I can explain a recommendation using relevant evidence.
I can calculate percentages using the correct group.
I can distinguish a survey finding from a guaranteed prediction.
I can interpret context, qualifiers and authorial stance.
I can summarise a passage without overstating its conclusions.