IELTS Reading Short Answer Questions: Rules and Practice
Short Answer Questions reward precision, not length. Learn the 3 rules, the question-word strategy, and practise 6 questions with full answer explanations.

Reading guide series
IELTS Reading PracticeKey Takeaways
- Copy exact words from the passage. Never paraphrase.
- Do not write full sentences — just the words that answer the question.
- Check the word limit before starting. Numbers count as one unit when the instruction says 'AND/OR A NUMBER.'
- Answers follow passage order — scan forward from the previous answer.
- Question words (What, Where, When, How many) predict the answer type before you scan.
How do I answer Short Answer Questions in IELTS Reading?
Find the passage section using keywords from the question, then copy the exact words that answer it within the word limit. Never write full sentences. Never paraphrase. The answer type is predicted by the question word: 'What' needs a noun, 'When' needs a time, 'How many' needs a number.
- Read the question word first — it tells you what type of answer to look for
- Scan the passage for the key noun in the question
- Answers follow passage order — sequential scanning works
- Count your words before writing
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Part of the IELTS Reading cluster
IELTS Reading: The Complete BlueprintWhat is Short Answer Questions?
You answer a Wh-question (What, Which, When, Where, How many) using words copied directly from the passage, within a word limit. No full sentences. No paraphrase.
Short Answer Questions are one of the fastest question types to answer correctly. The question word tells you exactly what to look for. The answers are always specific, locatable facts.
What Are Short Answer Questions?
The question asks: What caused the temperature increase? / Which country introduced the policy first? / How many participants were in the study?
You scan the passage, find the answer, and write the exact words. That is it. No full sentences. No rephrasing. Just the words.
Short Answer Questions are one of the friendlier question types — the question word almost always tells you exactly what type of information to look for. Answers are almost never abstract. They are concrete facts: a number, a name, a place, a material, a process.
The 3 Rules You Cannot Break
1. Copy exact words from the passage
If the passage says 'photosynthesis' and you write 'light-based food production,' that is wrong — even though the meaning is the same. Short Answer Questions require verbatim copying.
2. Do not write full sentences
Writing 'The answer is lithium-ion batteries' scores zero. Write only 'lithium-ion batteries.' The instruction says to answer the question — not to construct a grammatical response.
3. Never exceed the word limit
Read the instruction before you start. Count your answer before writing. Exceeding the limit by even one word scores zero — there is no partial credit.
The Method
1. Read the word limit instruction
Check for 'AND/OR A NUMBER' — this means a number written as a digit counts as one word. Know this before you start.
2. Read the question and identify the question word
'What' = noun/thing. 'When' = time/date. 'Where' = place. 'How many/much' = number/quantity. 'Which' = a specific named option. This predicts your answer before you scan.
3. Identify the strongest keyword in the question
The main noun or proper name. This is your scanning anchor in the passage.
4. Scan forward from the previous answer
Answers follow passage order. Start your scan from where you found the previous question's answer. This saves significant time across a 6-question set.
5. Read the surrounding sentences and extract the answer
Find your keyword. Read the sentence it is in and the sentence before. Extract the specific piece of information the question asks for. Copy it exactly.
6. Count your words
Count before writing. If over the limit, check whether any word can be removed without making the answer factually incomplete.
Question Word Strategy
Each question word predicts the type of answer. Use this to narrow your scan before you start:
| Question word | Type of answer | Scan for |
|---|---|---|
| What | A thing, concept, material, or process | Nouns — especially technical or capitalised ones |
| Which | A specific named option from alternatives | Names, proper nouns, labelled items |
| When | A time, date, or year | Years (e.g. 1977), dates, time expressions (after, by, since) |
| Where | A place or location | Country names, city names, geographic terms |
| How many / How much | A number or quantity | Digits, percentages, fractions, units of measurement |
| Who | A person or organisation | Proper names, titles, institution names |
| Why | A reason or cause | Causal language: because, due to, as a result of, since |
Practice: 6 Questions With Reveal
Answer each question using words from the passage. Do not write full sentences. Respect the word limit shown for each question.
Passage
Solar energy storage
The intermittency of solar power — the fact that panels only generate electricity when the sun is shining — has historically been its greatest practical limitation. On an individual household level, surplus energy generated during the day must either be fed into the grid or stored for use at night. Battery storage systems are the most common solution, with lithium-ion batteries currently dominating the residential market due to their high energy density, long cycle life of up to 10,000 charge cycles, and rapidly falling costs.
At a grid scale, the challenge is more complex. Pumped-storage hydropower is currently the most widely deployed large-scale electricity storage technology globally, accounting for more than 90 percent of total installed grid storage capacity. It works by pumping water uphill into a reservoir when electricity is cheap and abundant, then releasing it through turbines when demand peaks. The efficiency of round-trip energy conversion typically reaches 70–85 percent.
Emerging storage technologies include flow batteries — which store energy in liquid electrolytes held in external tanks — and compressed air energy storage, which uses surplus electricity to compress air into underground caverns for later release through turbines. Neither technology has yet achieved the cost or performance levels needed for widespread deployment, but both are considered promising candidates for multi-day grid storage — a capability that lithium-ion batteries currently lack.
Thermal energy storage offers a different approach. Concentrated solar power plants focus sunlight to heat a molten salt mixture to temperatures exceeding 550°C. This heat can be retained for up to 15 hours and used to generate steam for turbines after sunset, effectively decoupling electricity generation from sunlight availability. Spain and the United States host the largest operational concentrated solar power facilities in the world.
What type of battery currently dominates the residential storage market?
How many charge cycles can residential batteries typically last?
What percentage of global grid storage capacity does pumped-storage hydropower represent?
What is stored in external tanks in flow battery systems?
What storage capability do flow batteries and compressed air systems have that lithium-ion batteries lack?
For how long can heat be retained in thermal energy storage systems?
Short answers reward precision — not length
Take a timed reading test. On every short answer question, write no more words than the question asks for. Track your accuracy against the answer key.
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