Reading Comprehension & Narrative
A short passage, two or three questions, your answer must be supported by the text — not by what you already know.
What you'll learn
- Skim the passage once for the main idea, then re-read the targeted lines for inference
- Answer only from the passage — outside knowledge is the most-common trap
- The three question types: explicit (stated), inferred (between the lines), main-idea / tone
- How to read the author's tone: neutral, critical, enthusiastic, sceptical
Before you start
A short passage shows up. You get one or two questions about it. The whole game is read carefully, then answer only from what the passage actually says. Your real-world knowledge is a distraction here, not a help. The exam-setter deliberately seeds plausible-sounding wrong answers that are true in the world but not supported by the passage. Spot that trap and you’ve cleared the section. (It’s the same discipline you’ll lean on reading a research paper or a data dictionary: report what the source actually claims, not what you assumed walking in.)
The reading procedure
Three passes, each with a clear job:
- Pass 1 — Skim. What is the passage about? What is the author’s attitude? Don’t memorise; just place the passage in a box.
- Pass 2 — Target. Read the question. Go back to the specific sentences that the question concerns. Don’t re-read the whole thing.
- Pass 3 — Verify. Before marking, ask: “Is my answer literally supported by a sentence in the passage?” If you can’t point at one, it’s probably the wrong answer.
The three question types
- Explicit. The answer is stated in the passage — sometimes word for word. (“According to the passage, the author cites which study…”)
- Inferred. The answer is implied — you connect two sentences or read between the lines, but it still must follow from what’s written. (“Which of the following can be inferred about…”)
- Main idea / tone. What is the passage as a whole about? Is the author neutral, critical, enthusiastic, sceptical?
Reading tone — the four common ones
| Tone | Signals |
|---|---|
| Neutral / informative | Facts, no value words. “The study found that…” |
| Critical / sceptical | Doubt, hedging, counter-evidence. “However, this claim overlooks…” |
| Enthusiastic / approving | Praise words. “A remarkable advance…”, “promising results…” |
| Cautionary | Warnings. “This approach risks…”, “must be used with care…” |
Worked example — a mini passage
“Although electric vehicles produce no tailpipe emissions, their overall environmental footprint depends heavily on the source of the electricity they consume. In regions where the grid is largely coal-powered, the per-kilometre carbon emissions of an EV can rival those of a modern petrol car. Only when the grid shifts to renewable sources does the EV’s true environmental advantage emerge.”
Question 1 (inference). “Which of the following can be inferred from the passage?”
- (a) EVs always pollute less than petrol cars. — Wrong. The passage says the opposite for coal grids.
- (b) The environmental benefit of EVs is conditional on the electricity source. — Correct. Stated almost directly.
- (c) Coal is being phased out of most electricity grids. — Wrong. True in reality maybe, but the passage doesn’t say it.
- (d) EVs have higher tailpipe emissions than petrol cars. — Wrong. The first line directly contradicts this.
Answer: (b).
Question 2 (main idea). “The author’s primary point is…”
- (a) EVs are inherently superior to petrol cars.
- (b) The environmental value of EVs depends on the electricity supply mix.
- (c) Coal-powered grids should be banned.
- (d) Petrol cars are still preferable in most countries.
Answer: (b). That’s the entire arc of the passage compressed into one sentence.
How GATE asks this
Always MCQ. The passage is short (4-6 sentences, sometimes a short paragraph + a follow-up). Usually 1-2 passages per paper, each with 1-2 questions. The 2-mark slot is where these live. Time budget: about 3-4 minutes per passage, including the question. Don’t let any single comprehension Q eat more than 4 minutes — mark, move, return.
Quick check
Read this short passage, then answer the questions:
“Open-source software has transformed scientific research by lowering the cost of access to powerful tools. Yet some researchers argue that the open-source label can be misleading: while the code is freely viewable, the effort required to deploy and maintain it at scale often exceeds the cost of commercial alternatives. The real measure of ‘openness’, they contend, is not the licence but the total cost of meaningful use.”