🎯 Preparation & Strategy

How to Practise for the 11+: The Study Techniques That Actually Work

📖 11 min read 👪 For parents planning practice at home 📊 Grounded in cognitive-psychology research on learning 📅 Updated September 2026

Here is the uncomfortable part: most 11+ practice at home is the kind that feels productive and does the least. Re-reading the answer explanation, highlighting the key rule, working through a stack of similar questions on a Saturday morning — it all feels like effort, and it all under-delivers. The techniques that genuinely move scores tend to feel harder in the moment. This guide sets out what the research on learning actually supports, translated into things you can do with a ten-year-old at the kitchen table.

Written through four expert lenses. Like the rest of our 11+ guides, this one reflects four perspectives with 20+ years each: a former grammar school admissions lead and consortium examiner; a head of 11+ at a national tuition provider; an educational assessment specialist who has built reasoning tests and standardisation models at a major exam board; and an independent-school registrar. Every date and figure below is checked against cognitive-psychology research on learning — in particular the widely cited review by Dunlosky, Rawson, Marsh, Nathan and Willingham (2013), Improving Students' Learning With Effective Learning Techniques. Arrangements change each year, so confirm the current detail with the official source before you rely on it.

The short version

Works bestRetrieval practice (recalling from memory) and spaced practice (little and often) — rated high-utility across ages and abilities

Works moderatelyInterleaving (mixing question types) and self-explanation (asking "why")

Barely worksRe-reading, highlighting, copying out notes, summarising — the things children do most

The rule of thumbIf it feels effortful and a bit uncomfortable, it's probably working; if it feels smooth, it probably isn't

How much20–40 minutes of focused practice most days beats a long weekend session

Non-negotiableEvery wrong answer gets reviewed for the rule it tested, not just the correct letter

Start here:

Swap "read the explanation again" for "close the book and tell me how it works".
Cut session length and raise session frequency — three 25-minute sessions beat one 90-minute one.
After any practice set, spend as long reviewing the mistakes as you spent doing the questions.

What the research actually says

In 2013 a team of cognitive and educational psychologists reviewed the evidence on ten common study techniques and rated each for "utility" — how reliably it helps, across different ages, subjects and situations. The findings are strikingly consistent, and they run against how most people revise.

High utility: practice testing (retrieving information from memory) and distributed practice (spreading study over time rather than massing it).
Moderate utility: interleaved practice (mixing problem types) and self-explanation / elaborative interrogation (asking and answering "why").
Low utility for most learners: re-reading, highlighting or underlining, summarising, and mnemonic or imagery tricks — techniques students lean on precisely because they feel easy.

Why the easy methods fail: re-reading a worked answer creates a feeling of fluency — "yes, I know this" — that is a poor guide to whether the child could actually produce it in an exam. Retrieval, by contrast, is hard because it forces the brain to reconstruct the answer, and that effort is what strengthens the memory. Researchers call these "desirable difficulties": the struggle is the point.

1. Retrieval practice: the single biggest lever

Retrieval practice means getting the answer out of memory rather than putting it back in by re-reading. Children who are tested on material remember substantially more of it a week later than children who spend the same time re-studying it — and the gap widens the longer the delay before the real exam.

How to do it at home

Become the teacher. After a topic, close everything and have your child explain it to you — or to a sibling, a toy, the dog. Gaps in the explanation are exactly the gaps to work on.
Use past papers as practice, not just assessment. A paper worked through, marked, and then re-attempted from memory a few days later is worth more than three fresh papers done once.
Quick verbal quizzing. Five questions in the car on the way to school — a definition, a times table, "what's the rule for apostrophes of possession" — is retrieval, and it costs nothing.
Flashcards done properly: answer out loud before flipping the card, every time. A card glanced at is a card re-read.

For vocabulary specifically, spaced retrieval is the method that makes words stick — see our 11+ vocabulary guide.

2. Space it out: little and often beats cramming

The same total amount of practice produces more durable learning when it is spread across many short sessions than when it is packed into a few long ones. Twenty to forty minutes on most days beats a three-hour block every Saturday — and it is far kinder on a ten-year-old's attention and morale.

Short and frequent. Aim for one focused subject per session; stop before your child is fried, not after.
Come back to old topics. Don't treat a topic as "done" once it's covered. Revisit it a week later, then a month later — the act of recalling something you half-forgot is where the gain is.
Protect against burnout. Spacing is also the antidote to the exponential energy slump that comes from front-loading effort. Consistency over months, not intensity over weekends.

Cramming has a specific failure mode: it produces a short-lived sense of mastery that fades within days. A child who "knew it" on Sunday night can genuinely have lost it by Wednesday. Spaced review is what converts short-term recall into something that survives to September.

3. Mix it up: interleaving

Doing twenty ratio questions in a row lets a child switch off the hardest part — working out what kind of problem this is — because they already know. Real papers don't announce the topic. Interleaving — mixing question types within a session — forces that decision every time, which is the skill the exam tests.

In maths, mix a few arithmetic, a few word problems, a few geometry rather than blocking by topic.
In reasoning, alternate question types instead of doing a page of one.
Expect accuracy to dip during interleaved practice compared with blocked practice — that's normal, and performance on a later mixed test is what improves.

Blocked practice still has a place when a child is first learning a method. Switch to interleaving once the method is secure.

4. Make them explain "why"

Self-explanation — having the child say why an answer is right, or how a new fact connects to something they already know — deepens understanding beyond just getting the answer. It turns a right answer into a transferable rule.

"You got it — now tell me why the other three options are wrong."
"What's the rule here, in your own words? Where else would it apply?"
For comprehension: "Which words in the text tell you that?" — evidence-based inference is the same skill the paper rewards.

5. Always close the loop with feedback

Retrieval practice works best with corrective feedback. A wrong answer left unexamined can even cement the wrong method. The review matters as much as the practice:

Mark the set together, soon after doing it.
For each mistake, identify the rule or step that failed — not just the right answer. Was it unknown, misread, rushed, or a method error?
Log recurring mistake types. Three careless subtraction slips in a week is a pattern to train, not three unlucky one-offs.
Re-attempt the missed questions from scratch a few days later.

Our guides to careless mistakes and marking rules go deeper on the review side.

What to stop doing

Re-reading answer explanations until they feel familiar. Familiar is not the same as learned.
Highlighting and copying out. Both feel like studying and mostly produce neater pages.
Doing easy questions to feel good. Practice should sit at the edge of what your child can currently do.
Long unbroken sessions. Past roughly 30–45 minutes, a ten-year-old's return on the next hour is small.
Buying every workbook in the shop. A smaller set used with retrieval and spacing beats a large set done once.

How much practice is enough?

Start from your child's current level, not their age. A child working comfortably above the expected standard needs less, and can start later; a child working below it should get secure on school-level Key Stage 2 content first, before any exam-style practice. For most children on track, 20–40 minutes of focused, well-reviewed practice on most days, sustained over a year, does more than any amount of last-minute intensity.

On when to begin, see when should I start 11+ preparation.

A simple weekly structure

Most days: one 20–30 minute session — a short mixed set, then review the mistakes.
Twice a week: add five minutes of verbal retrieval on older topics (things covered weeks ago).
Once a fortnight: a timed section under quiet conditions, to build stamina and exam pacing.
Every session: the child explains at least one answer in their own words.
Rest days are fine — spacing assumes gaps. Consistency across the month matters more than a perfect week.

For the last few weeks before the test, see the September 11+ countdown.

Parent advice

Judge practice by the review, not the score. A 60% paper that is thoroughly understood afterwards is worth more than an 80% paper that isn't looked at.

Expect the effective methods to feel worse. Retrieval and interleaving produce more errors in the moment and less of a warm glow. That is the sign they are working, not that something is wrong.

Keep sessions short enough to end on a good note. A child who stops while still engaged comes back willingly. A child worked to exhaustion resists the next session, and resistance costs more than the extra ten minutes gained.

Frequently asked questions

What is the most effective way to revise for the 11+?

Retrieval practice — recalling answers from memory rather than re-reading them — combined with spaced practice, meaning many short sessions rather than a few long ones. Cognitive-psychology reviews rate both as high-utility across ages and abilities. Re-reading, highlighting and copying out, which children do most, are rated low-utility.

How much should my child practise for the 11+ each day?

For a child on track, roughly 20 to 40 minutes of focused, well-reviewed practice on most days, sustained over the preparation year, does more than long weekend sessions. Start from your child's current level: a child working above the expected standard needs less; a child working below it should secure Key Stage 2 school content first.

Is it better to do one long session or several short ones?

Several short ones. The same total practice produces more durable learning when spread across many sessions than when massed into a few. Short frequent sessions also suit a ten-year-old's attention and reduce the burnout that comes from front-loading effort.

What is active recall and how do we use it?

Active recall, or retrieval practice, is answering from memory with the material closed. Practical forms: have your child explain a topic to you with nothing in front of them, answer flashcards out loud before flipping them, quick verbal quizzing in the car, and re-attempting missed past-paper questions from scratch a few days later.

Why does re-reading and highlighting not work well?

They create a feeling of fluency — the material looks familiar, so it feels learned — but familiarity is a poor predictor of whether a child can produce the answer under exam conditions. They also require little mental effort, and it is the effort of reconstructing an answer that strengthens memory.

Should every practice session be mixed rather than one topic?

Once a method is secure, yes — mixing question types (interleaving) forces the child to work out what kind of problem each one is, which is what the real paper tests. Expect accuracy to dip during mixed practice; performance on a later mixed test is what improves. Block by topic only while a method is first being learned.

Sources

Primary and official sources this guide is checked against — confirm the current detail against these before you rely on it.

Related SharpY Mind resources

Retrieval and spacing, built in

SharpY Mind works by short, spaced, self-marking practice with the mistakes surfaced for review — the method this guide describes, without you having to run it.

⚡ Try SharpY Mind free