A difficult non-narrative passage does not become easy merely because you know the topic. In an examination, the writer may describe data, make a claim, qualify it, challenge a popular assumption and draw a cautious conclusion. Your job is to follow that movement in meaning. This guide uses a science report about reaction rates as an original reading passage, then teaches the English work in it: locating support, interpreting precise vocabulary, recognising contrast, explaining language choices and compressing the relevant information into a short summary.
The quickest useful routine is to read the question before collecting words for an answer. Identify whether the examiner wants a stated fact, an inference, an explanation of language effect, a comparison or a summary. Return to the relevant lines. Ask what the writer actually commits to, where the qualification begins and which sentence gives the support. Write the answer in English that is clear enough to be checked. Do not substitute your general knowledge of Chemistry for the source text.
The 2027 Singapore-Cambridge Secondary Education Certificate G3 English Language code is K300, succeeding 1184. The official syllabus has four papers. Paper 2 Comprehension lasts 1 hour 50 minutes and carries 50 marks. Section A is 5 marks; Section B is a narrative text worth 20 marks; Section C is a non-narrative text worth 25 marks and includes a summary of about 80 words, excluding the provided introductory words. Texts 3 and 4 are together about 1200 words. This article’s passage and activities are independent teaching examples, not SEAB questions or a claimed specimen. The exact requirements should always be read from the official K300 syllabus.
1. The difference between recognising words and understanding the writer
A learner may recognise ‘experiment’, ‘volume’, ‘claim’ and ‘evidence’ but still miss the argument. The problem is often the relationship between sentences. One sentence describes a result, another limits the interpretation and a third supplies an alternative explanation. Reading succeeds when these roles become visible. In a non-narrative text, the writer is not simply reporting events in order. The writer is guiding the reader through a question. The meaning lies in the movement from observation to judgement.
The reader should therefore practise naming the job of each paragraph. Is it opening the issue, introducing data, illustrating a misunderstanding, explaining a cause, offering a caveat or reaching a conclusion? You do not need to write such labels on the examination script. They are an internal method for keeping the argument organised. Once you can see paragraph functions, questions about inference and summary become less mysterious.
2. Read this original non-narrative practice passage
The Curve That Seemed to Settle the Argument
The student science club expected a simple result. Two groups would examine how quickly the same gas-producing reaction progressed under different conditions. One group would work with larger pieces of a solid; the other would use smaller pieces. Both groups would collect the gas in syringes and record how far the plungers moved as time passed. The first graph, projected onto a classroom screen, appeared to announce a winner. The line for the smaller pieces rose sharply and reached a flat section earlier. Several students smiled. Their prediction seemed to have survived its first test.
Then a question interrupted the celebration. What did the higher line actually show? At 20 seconds, the faster-starting trial had collected more gas. At the end of the recorded period, however, both trials showed the same final volume. The early advantage was a difference in progress, not necessarily a difference in total yield. Some students had silently replaced the question ‘Which trial was faster at the beginning?’ with ‘Which trial made more product?’ The graph had not changed. Their description of it had.
The teacher asked the class to look at the connection between the apparatus and the process it represented. A syringe does not see molecules. It records the volume of gas that reaches its collecting chamber. If the seal is imperfect, some gas may escape before it can be counted. If the plunger sticks, the reading may remain still and then jump. A tidy line can therefore conceal a less tidy history of measurement. None of these possibilities proves that the experiment failed. They make the reader’s confidence depend partly on how the measurements were obtained.
The students repeated their claim with new restraint. Under the stated conditions, using smaller pieces was associated with a faster initial increase in collected gas volume. This was consistent with the expectation that more exposed surface allows reacting particles to meet more frequently. It was a stronger explanation than saying the powder ‘created more gas’, because the eventual measured volumes were equal. Yet the new wording still left room for checks: Was the amount of solid the same? Was the acid present in sufficient quantity? Were the syringes sealed and read in the same way?
A second graph arrived the next morning. It showed a small irregularity near the start of one trial. One student called the point an error; another suggested ignoring it because the rest of the line matched the expected shape. The teacher refused both shortcuts. A single strange measurement did not identify its own cause. Perhaps the clock began late, perhaps the syringe moved unevenly, or perhaps the reading was copied incorrectly. The class would first check the record and the procedure. Until then, the unusual point remained evidence that required investigation, not an inconvenience to be erased.
In the final report, the club published the values, described the controlled conditions and explained how the graph had been interpreted. The conclusion was short. The trial with smaller pieces showed a greater early average rate of gas collection, while both trials reached the same measured total in the example. The report did not claim that this simple comparison proved everything about chemical reactions. It did something more useful: it gave its readers a clear result and enough information to understand why the result deserved a measured degree of trust.
3. First reading: write the central claim without importing outside knowledge
The central issue is not a detailed lesson in Chemistry. It is the risk of mistaking a striking early graph for proof of a larger claim. The students initially treat the steep rise as if it establishes greater total product, then learn to separate rate from amount and to consider how the measurement was made. A strong one-sentence gist might be: ‘The passage shows how the club moved from an overconfident reading of a graph to a more careful explanation supported by measurements and checks.’ That sentence captures the journey of the argument. It does not need to list every apparatus problem.
If a summary instead says ‘Small pieces react faster because there is more surface area’, it selects one scientific fact but misses the writer’s larger message. In the examination, the best answer is determined by the actual question. The passage may contain several true points. Your task is to select the ones that perform the requested job, not to show how much you know about the subject.
4. Observation, inference and claim are separate reading categories
An observation in the passage is that the smaller-piece trial’s line rose more sharply at first. A reasonable inference is that the trial had a higher early gas-collection rate under the stated measurement conditions. An unsupported claim would be that it necessarily made more gas in total, because the passage explicitly says both trials showed the same recorded final volume. The text teaches this distinction, but the skill belongs to English comprehension: support must be traceable to the writer’s words.
The author also distinguishes an instrument reading from the underlying event. The sentence ‘A syringe does not see molecules’ is not an instruction in chemistry. It is a concise reminder that a device measures a physical indicator rather than every aspect of the process. A candidate answering a question about this sentence should explain the intended contrast in the passage, not merely define a syringe.
5. What does ‘silently replaced the question’ mean?
The phrase in the second paragraph identifies a change in the students’ thinking that they did not notice. They began by investigating which trial proceeded more quickly, but their claim shifted into which trial produced more overall. ‘Silently’ does not mean no one spoke; it suggests the substitution happened without conscious acknowledgement. A useful answer might say: ‘The students unknowingly changed the issue from speed to total product, so they drew a conclusion the graph did not support.’ This explains meaning in context rather than reproducing the phrase.
For vocabulary-in-context questions, try replacing a word with a possible meaning inside the sentence and read the whole line again. If the replacement distorts the writer’s argument, it is wrong even if it appears in a dictionary. In this passage ‘restraint’ means more careful, limited wording; it does not refer to physical ropes or a law forbidding movement. Meaning depends on how the word helps the writer organise a thought.
6. Follow the contrast words
Notice ‘however’ when the passage turns from a higher reading at 20 seconds to an equal final volume. Notice ‘yet’ when it qualifies the stronger explanation by identifying method questions. Notice ‘until then’ when the teacher decides how to treat the irregular point before the investigation is complete. Such words tell the reader how one statement relates to the next. They are navigational signals, especially when two adjacent sentences appear individually straightforward but together make a subtle point.
A candidate can underline contrast or condition signals sparingly: although, but, nevertheless, provided, assuming, rather than, unless. Then ask what is being contrasted or limited. Do not mistake the presence of a linking word for an explanation. The answer must name both sides of the relationship. For example, ‘however’ contrasts B’s early advantage with the equality of final recorded volumes.
7. Explain the writer’s tone with evidence
The tone is measured, reflective and instructive rather than mocking. The writer describes students becoming excited, then uses a question to correct the overclaim. The phrase ‘the teacher refused both shortcuts’ shows firmness about handling an anomalous result, but the passage does not ridicule the students. A high-quality tone answer names the attitude and points to a suitable feature of language, then explains its effect. Saying only ‘the tone is formal’ gives too little evidence and may miss the author’s patient corrective purpose.
8. Language effect: ‘A tidy line can therefore conceal a less tidy history’
The contrast between ‘tidy’ and ‘less tidy’ turns a visually smooth graph into a warning about hidden complications. It makes the reader reconsider the trust placed in an attractive visual result. The repetition of ‘tidy’ also creates a memorable rhythm. To explain the effect fully, mention both language and meaning: the apparently neat curve may have been produced by measurements affected by leaks, sticking equipment or delays, so the graph’s appearance alone does not settle reliability. A strong language-effect answer avoids simply saying the sentence is ‘interesting’ or ‘effective’.
9. When an inference goes too far
Suppose a question asks why the teacher did not allow the students to delete the irregular point immediately. The passage says an unusual measurement did not establish its own cause and the class first needed to check the record and procedure. The reasonable inference is that deleting a point without investigation could hide relevant information or introduce bias. It would be a leap to infer that the teacher knew the apparatus was faulty or that a particular student had falsified data. When evidence supports several possibilities, an answer should remain at their shared, justified level.
10. Answer in your own words without erasing precision
The phrase ‘in your own words’ does not mean replacing every precise term with a longer, vaguer synonym. It means reconstructing the idea clearly. ‘The recorded gas volume did not rise any further’ can accurately express ‘the line reached a flat section’. But ‘the experiment stopped making things’ weakens meaning and becomes imprecise. Choose ordinary, accurate words and keep essential relationships intact. This is especially important when a text contains technical language used to distinguish rate, amount and measurement.
11. Compare two viewpoints
The first student viewpoint is that the early steepness settles the argument. The later viewpoint is that the evidence supports a narrower conclusion once final volumes, method controls and possible measurement effects are considered. A comparison answer should name what changes and what stays the same. The students still think smaller pieces can produce a faster initial reaction; what changes is the confidence and scope of the claim. An answer that says they went from ‘wrong’ to ‘right’ loses the structure of the progression.
12. The difference between quoted evidence and explained evidence
When a question asks you to explain, a copied phrase often leaves the thinking unfinished. Quoting ‘the graph had not changed’ identifies an important line, but an explanation should say that the students’ interpretation changed even though the numerical information stayed the same. The examiner can already see the passage. The value of your answer is to make the relationship explicit. Use a short quotation when it genuinely locates evidence, then explain the role of that evidence in your own sentence.
13. The craft of selecting summary material
Paper 2 Section C includes a summary task of about 80 words, with provided opening words excluded from the word count. In any practice, begin by identifying the exact summary focus. A task asking for precautions and checks in handling experimental results is different from one asking for the benefits of small solid particles. Underline only the points relevant to the focus. Leave out the vivid screen projection, the students’ smiles and the next morning’s scene unless the focus specifically requires narrative details. Summary is a test of selection and compression, not a miniature retelling of everything.
14. Original summary practice task
Practice prompt: Using information from the passage, summarise the checks and reasoning that helped the club make a responsible conclusion about its two reaction trials. Write approximately 80 words, excluding any opening words provided by an actual examination question. In this original practice task no opening words are provided. Select only supported points; do not add laboratory procedures or scientific explanations that were absent from the passage.
Illustrative model summary: The club distinguished early reaction progress from the final amount of gas collected. It checked that the two trials used comparable solid quantities and sufficient acid. It considered whether the syringes were sealed, moved freely and were read consistently. Rather than discard an unusual measurement, the students investigated possible timing, equipment or recording causes. They reported the measured values and controlled conditions, then limited their conclusion to a faster initial gas-collection rate and equal final recorded volumes.
This model contains approximately 80 words and demonstrates the content-selection method rather than an official mark scheme. It retains the final measured comparison, the method checks and the handling of the irregular reading. It does not retell the students’ emotions or introduce new claims. If you compose your own summary, count after revising and check the official instruction for the exact question. A good summary should still read like coherent prose, not a chain of unrelated fragments separated by commas.
15. How to cut without losing relationships
A first draft might say, ‘The students thought they had observed something which showed that the reaction using smaller pieces of the solid produced more carbon dioxide in the early stages of the experiment than the other reaction.’ This is long and muddles progress with total product. A compressed, clearer version might be, ‘Smaller pieces produced a faster initial rise in recorded gas volume.’ The shorter sentence is not merely more concise; it better matches the evidence. Good compression removes repetition while preserving the distinction the text makes.
Another common temptation is to list a dozen isolated nouns: clock, syringe, acid, solid, graph, seal, plunger, data. This saves words but loses causality. Instead group related checks under a meaningful phrase such as ‘they checked whether timing and gas collection were reliable’. If the specific details are important to the task, keep one or two as examples. Summary quality depends on retaining the writer’s logic in a smaller space.
16. Manage time according to the paper, not the science context
The actual K300 Paper 2 has several sections and multiple kinds of tasks. A long, fascinating passage can tempt learners to spend too much time on one inference. Allocate attention to all required questions, use marks and task demands to judge the amount of answer needed and protect time for the summary. This guide does not prescribe an official minute-by-minute division because individual candidates and question demands vary. The practical principle is that no single sentence should consume so much time that other marks become unreachable.
17. A response that is specific enough to earn credit
Question: Why did the writer describe the students’ early confidence as premature? Weak answer: ‘Because they were excited and not careful.’ Stronger answer: ‘They treated the larger early gas volume as proof of greater total production, although both trials eventually showed the same final recorded amount.’ The stronger answer names the precise misinterpretation and the counterevidence. English comprehension rewards the ability to identify relationships in the passage, not an unsupported judgement about students’ personalities.
18. A method for unfamiliar topics
In another examination passage, the writer may discuss transport, conservation, design, language change or public policy instead of chemistry. The method still works. Establish the main issue, note claims and counterclaims, identify conditional words, trace the evidence and decide what each paragraph contributes. You do not need technical expertise to understand a well-explained argument. When a necessary term is supplied in the text, use the writer’s definition. When background knowledge suggests a different interpretation, check the passage before importing it.
19. Editing comprehension answers for clarity
After drafting, remove phrases that announce your thinking without giving the answer: ‘I think that perhaps the author might be trying to say’. Replace them with a direct claim supported by the text. Check pronoun references. If you write ‘this shows it was wrong’, ask what ‘this’ and ‘it’ refer to. The examiner should be able to read your answer without solving another puzzle. Clear prose is a service to the evidence. It helps the marker see the thinking that the question asks for.
20. Learning from mistakes without copying perfect answers
Mark every practice answer by the earliest reasoning failure. Did you misunderstand the command? Locate the wrong paragraph? Copy words without explaining? Add an inference beyond the text? Compress until the relationship disappeared? Each fault needs a different correction. Read the relevant line again, formulate the missing relationship and attempt a fresh question with altered wording. Memorising the model response may make the first prompt feel familiar but does little for a new passage. Transfer is the real goal.
21. Connect to the earlier Chemistry and Mathematics owners
The Vol 0934 Chemistry guide explains the science behind these gas curves; Vol 0935 Mathematics guide works through the numerical comparisons. This English article owns the reading skill: reconstructing an argument without confusing observation, interpretation and qualification. For the wider language progression, use the Secondary English Learning Hub and PSLE Learning Guide.
22. A short independent practice routine
Read an unfamiliar non-narrative paragraph and write its job in seven or fewer words. Then find one fact, one interpretation and one qualification. Answer a why-question without copying a complete sentence. Finally compress three related ideas into one clear sentence. Repeat with a different topic. If your answer survives a new context, you have developed a portable reading skill. When it fails, return to the evidence rather than assuming the problem is always vocabulary. The hardest part of mature reading is often the connection among familiar words.
Twenty-four original comprehension clinics
1. A fact treated as the writer’s opinion
The passage records that both trials ended at the same displayed volume. A student calls this the writer’s preference. This is a reported observation in the text, not an attitude. The writer may hold a view about interpreting the result, but the displayed endpoint itself is evidence. Distinguish the information from the stance taken toward it. Repair the answer by writing one concise sentence that identifies the relevant wording, the relationship it signals and the conclusion the text supports.
2. The summary retells the students’ smiles
A draft spends fifteen of its eighty words explaining that several pupils were happy when the line rose sharply. Unless the summary focus concerns classroom emotions, that detail is dispensable. Replace it with the relationship between early rate, final volume and the subsequent checks. Selection is more important than squeezing every episode into the word limit. Repair the answer by writing one concise sentence that identifies the relevant wording, the relationship it signals and the conclusion the text supports.
3. A qualification accidentally omitted
A candidate writes ‘Smaller pieces always produce more gas’ after reading the final paragraph. The passage says the trial with smaller pieces had a greater early average rate and equal final measured volumes in the example. Restore the conditions and scope. A summary that removes qualification can reverse the meaning of the source. Repair the answer by writing one concise sentence that identifies the relevant wording, the relationship it signals and the conclusion the text supports.
4. Tone called sarcastic without evidence
A response claims the teacher was mocking the students because she challenged their confidence. The passage shows firm but constructive correction. The teacher asks questions, requests checks and rejects unsupported deletion of an irregular reading. Those details support a measured instructional tone better than sarcasm. Repair the answer by writing one concise sentence that identifies the relevant wording, the relationship it signals and the conclusion the text supports.
5. Technical vocabulary imported from memory
The learner answers why the syringe matters by giving the full balanced chemical equation. The question concerns what the apparatus measures and its limits. The equation may be true but irrelevant. Return to the passage’s statement about gas reaching the collecting chamber and possible measurement distortion. Relevance is an English skill. Repair the answer by writing one concise sentence that identifies the relevant wording, the relationship it signals and the conclusion the text supports.
6. The linking word ignored
A candidate treats sentences on early volume and equal final volume as if they reinforce the same claim. The contrast marker ‘however’ signals a correction. Explain that early progress differs but the measured total is equal. The word’s function is relational, not decorative. Underline what changes across the transition. Repair the answer by writing one concise sentence that identifies the relevant wording, the relationship it signals and the conclusion the text supports.
7. The word ‘silently’ read literally
A student concludes that every person in the room remained completely quiet. The phrase refers to an unnoticed shift in reasoning. Interpret the word through its surrounding sentence. A dictionary meaning can be correct in isolation but wrong in the argument’s particular context. Repair the answer by writing one concise sentence that identifies the relevant wording, the relationship it signals and the conclusion the text supports.
8. An inference about deliberate cheating
One irregular reading appears; a candidate says a student intentionally altered the data. The passage offers several possible explanations and says the cause was not yet established. Deliberate falsification is not supported. Infer that investigation is needed; do not invent intention or a culprit. Repair the answer by writing one concise sentence that identifies the relevant wording, the relationship it signals and the conclusion the text supports.
9. Language effect reduced to a label
The answer says ‘tidy line’ is ‘imagery’ and stops there. A technique label alone does not explain effect. State that the neat curve may conceal complicated or flawed measurement, causing readers to question superficial visual certainty. Form and meaning must be linked. Repair the answer by writing one concise sentence that identifies the relevant wording, the relationship it signals and the conclusion the text supports.
10. A copied paragraph for a two-mark explanation
A student reproduces four sentences about the gas syringe instead of stating the relevant point. Find the precise relationship requested. If asked why confidence depends on the method, answer that leaks or sticking equipment can distort the reading, so a neat graph alone is insufficient. Concision need not omit reasoning. Repair the answer by writing one concise sentence that identifies the relevant wording, the relationship it signals and the conclusion the text supports.
11. The opening sentence of a summary is invented as official
A practice exercise supplies no opening words, but the learner quotes an invented exam stem and subtracts it from the word count. Follow the actual prompt’s instructions. The official K300 Section C format excludes provided introductory words, but this original exercise has none. Do not apply a hypothetical exception to words you wrote yourself. Repair the answer by writing one concise sentence that identifies the relevant wording, the relationship it signals and the conclusion the text supports.
12. The writer’s purpose confused with topic
The candidate says the author’s purpose is ‘to talk about experiments’. That names a subject but not an intention. A stronger purpose is to warn against overclaiming from attractive data and show how checks and precise wording produce a defensible conclusion. Read the whole progression. Repair the answer by writing one concise sentence that identifies the relevant wording, the relationship it signals and the conclusion the text supports.
13. Two trials labelled as two opinions
The question asks for contrasting interpretations, but the student compares the physical pieces instead. The passage’s argument contrasts premature certainty with measured judgement. Those are viewpoints on evidence. Distinguish the objects being tested from the positions held about what the evidence means. Repair the answer by writing one concise sentence that identifies the relevant wording, the relationship it signals and the conclusion the text supports.
14. A key pronoun has no referent
An answer reads, ‘This made it worse and showed they were wrong.’ Specify ‘the same final volume exposed the weakness in the claim of greater total yield’. Clear referents prevent the examiner having to guess what ‘this’ and ‘it’ mean. Precision matters more than length. Repair the answer by writing one concise sentence that identifies the relevant wording, the relationship it signals and the conclusion the text supports.
15. The words ‘consistent with’ inflated
The source says an observation was consistent with a prediction; the learner paraphrases it as definitive proof. Consistency means the finding fits a proposed explanation, not that it excludes all alternatives. Preserve the writer’s degree of confidence. Qualifiers can carry the argument’s central meaning. Repair the answer by writing one concise sentence that identifies the relevant wording, the relationship it signals and the conclusion the text supports.
16. One anomalous point called worthless
The student says a strange measurement can simply be removed because it spoils a nice graph. The teacher explicitly rejects that shortcut. The text supports investigation before deciding whether a point is erroneous. The response should describe the reasoning behind that choice, not project a personal preference. Repair the answer by writing one concise sentence that identifies the relevant wording, the relationship it signals and the conclusion the text supports.
17. Summary merges separate claims
A draft says ‘gas collection and final yield were both faster’. A quantity may be larger at a given time, but final yield is not a speed. Rewrite: ‘the smaller-piece trial collected gas faster at first, while the measured final volumes matched’. The sentence is short because its distinctions are clear. Repair the answer by writing one concise sentence that identifies the relevant wording, the relationship it signals and the conclusion the text supports.
18. An invented causal explanation
A candidate attributes the irregularity to a broken syringe despite the text listing several possibilities. Say it might reflect equipment behaviour, timing or copying, and that the cause needed checking. A comprehension answer must not choose an unestablished explanation simply because it sounds plausible. Repair the answer by writing one concise sentence that identifies the relevant wording, the relationship it signals and the conclusion the text supports.
19. All details selected for a narrow summary
The task asks for checks before publication, but the writer includes the screen projection, celebration and the next morning’s arrival. Those details build the narrative of the argument but are not checks. Prefer method comparability, apparatus reliability, investigation of unusual values and limited final wording. Selection is based on the summary focus. Repair the answer by writing one concise sentence that identifies the relevant wording, the relationship it signals and the conclusion the text supports.
20. An empty reference to ‘evidence’
A response says, ‘The author values evidence because evidence is important.’ Name the evidence and what it does. For example, the equal endpoints limit claims about total production, while the altered early rise supports a faster initial rate. Replace circular assertions with traceable support. Repair the answer by writing one concise sentence that identifies the relevant wording, the relationship it signals and the conclusion the text supports.
21. The conclusion called hesitant
The writer uses a narrowly worded conclusion and a student says this shows a lack of confidence. A measured statement can be confident about what is known and clear about what is not. Explain the difference between precision and uncertainty. The passage presents cautious language as more responsible, not weaker. Repair the answer by writing one concise sentence that identifies the relevant wording, the relationship it signals and the conclusion the text supports.
22. An answer confuses a hypothesis with a result
A learner says the prediction was confirmed solely because the class had expected the smaller particles to be faster. A prediction precedes observation. The graph and methodological checks provide evidence for evaluation. The text’s point is that a prediction feeling familiar does not make every interpretation valid. Repair the answer by writing one concise sentence that identifies the relevant wording, the relationship it signals and the conclusion the text supports.
23. A paraphrase changes ‘collected’ to ‘created’
The student repeatedly says the syringe created gas. The apparatus collected gas produced by the reaction. This small verb choice changes the causal relationship. Preserve the distinction even when using simpler language. Accurate grammar and accurate meaning work together. Repair the answer by writing one concise sentence that identifies the relevant wording, the relationship it signals and the conclusion the text supports.
24. No independent reading at the end
After reading the model answer, a learner can repeat it but cannot identify qualifications in a new text. The remedy is varied practice: change the topic, the location of the limitation and the wording of the question. Explain the new passage from evidence. A memorised answer is not yet proof of transferable comprehension. Repair the answer by writing one concise sentence that identifies the relevant wording, the relationship it signals and the conclusion the text supports.
Frequently asked questions
Must I know the Science to answer English comprehension?
No. Use the explanation provided in the text and keep the task anchored in its language and reasoning. Relevant background can help, but it must not replace source evidence. To check understanding, give the same answer in a new example without reopening this passage.
How long should the summary be?
The official K300 non-narrative summary asks for about 80 words, excluding provided introductory words. Follow the specific question and select only relevant material. To check understanding, give the same answer in a new example without reopening this passage.
Is quoting enough for language effect?
No. Name a relevant phrase, explain what the phrasing suggests and connect it to the writer’s purpose or the reader’s understanding. To check understanding, give the same answer in a new example without reopening this passage.
What if I cannot decide whether a statement is inference?
Ask whether the text states it directly or whether you are deriving it. If derived, locate the supporting words and check whether another explanation remains possible. To check understanding, give the same answer in a new example without reopening this passage.
Will a polished model answer help?
It is useful as a comparison after you attempt the task yourself. Learn the reasoning operation rather than copying the exact wording. To check understanding, give the same answer in a new example without reopening this passage.
What should I read next?
Return to the earlier subject guides when you need science or numerical context, but keep English practice centred on claim, evidence, comparison, qualification and summary. To check understanding, give the same answer in a new example without reopening this passage.
