Home / Blog / Non-Verbal Reasoning Guide

11+ Non-Verbal Reasoning: Free Practice Questions & Complete Guide (With Answers)

Non-Verbal Reasoning has an image problem: because it doesn't test spelling, grammar or times tables, a lot of families quietly treat it as the subject you either "have" or don't — something closer to an IQ score than a skill you can actually train. That assumption is wrong, and believing it is one of the most common ways families under-prepare for a paper that's just as learnable as the other three.

What NVR actually rewards is a systematic habit: checking the same things, in the same order, every single time — colour, then shape, then size, then rotation — instead of staring at a grid of shapes hoping the answer jumps out. That habit is teachable in a handful of sessions, and it transfers directly to exam-day speed.

This guide is written for the three people actually involved in getting a child exam-ready: the parent planning the study schedule, the student doing the work, and the tutor diagnosing where time is best spent. It covers what Non-Verbal Reasoning actually is, which exams include it, the four main question types with worked examples you can try right now, and how to build genuine pattern-spotting speed rather than hoping for a good day.

What is Non-Verbal Reasoning, really?

Non-Verbal Reasoning (NVR) tests logical thinking using shapes, images and symbols — spotting patterns, rules and relationships — without relying on words at all. It sits alongside Verbal Reasoning (VR), which tests the same kind of pattern-logic but using words and letters instead of shapes.

The two are often taught together because they share a skill (systematic, rule-based thinking), but they draw on different raw material: NVR leans on spatial awareness and visual scanning, VR leans on vocabulary and word knowledge. A child can be strong in one and weaker in the other, so it's worth practising them separately rather than assuming progress in one transfers automatically to the other.

Which 11+ exams actually test it?

This varies by region and exam board, and it's the single most important thing to check before you plan preparation time:

Exam board and school websites publish their current paper structure — that's the only reliable source. If NVR isn't tested where you're applying, that preparation time is much better spent on English and Maths fluency instead. See verbal vs non-verbal reasoning for how the two compare and which 11+ exams include each.

The four core question types

1. Odd one out

Given a row of shapes, find the one that breaks the rule the others share — a different colour, a different shape, or a different rotation. The skill here is checking the same properties in the same order every time, rather than scanning randomly.

2. Sequences

Work out how a shape is changing step by step — usually rotating, growing, or shifting colour — and decide what comes next in the pattern.

3. Matrices

A grid of shapes follows two rules at once — often one rule reading across each row, and a different rule reading down each column. Find the missing shape that satisfies both rules together.

4. Coding

Letters or shapes are mapped to symbols or other letters using a consistent rule. Work out the rule from a worked example, then apply it to a new item.

Real exam papers build on these four foundations with further variations, but the underlying skills — systematic scanning, rule-spotting, and consistent rule-application — are exactly the ones these four types build.

Try it now: a 3-question warm-up

Hand this to your child (or have a go yourself) before reading on. Cover the answers, work through all three, then check — this is exactly the "answer, then review the rule" habit worth building into every practice session.

Three questions won't tell you much on their own — but noticing which type your child hesitated on tells you exactly where to focus this week's practice.

Why "you either have it or you don't" is the wrong way to think about NVR

This belief is common, and understandable — NVR doesn't reward the kind of study a spelling test does, so it can feel like pure aptitude. But the research and tutoring consensus on this is consistent: pattern-recognition speed is a trainable skill, not a fixed trait, and most of what separates a fast NVR solver from a slow one is a systematic habit rather than raw ability.

The habit is simple to describe and takes real repetition to make automatic: check colour first, then shape, then size, then rotation, in that exact order, on every single question. Random scanning is slower and more error-prone even for a child who is "naturally good" at spotting patterns — structure beats instinct under exam time pressure.

How to practise it properly

Build a fixed scanning order and stick to it. Colour, then shape, then size, then rotation — the same four checks, every time, until it's automatic. This alone often produces the biggest speed improvement of any single change.

Practise genuine variety, not repetition of the same puzzle style. A child who has only seen odd-one-out puzzles will be caught off guard by a coding question in a real exam. Rotate through all four types regularly rather than mastering one and moving on.

Review wrong answers by rule, not by picture. If a question is answered wrong, the useful question isn't "which shape was correct" — it's "which property (colour, shape, size or rotation) did I check last, when I should have checked it first?"

Practise little and often. Short, frequent sessions (10–15 minutes) build the scanning speed NVR rewards better than occasional long sessions, which tend to test endurance more than skill.

Parent advice

Confirm NVR is actually tested before investing prep time in it. This is the single most common avoidable mistake — some regions and exam boards don't include it at all, and that time is better spent elsewhere. Five minutes checking your target school's or consortium's published paper structure saves weeks of misdirected practice.

Watch for the "I just don't get it" mindset early. Because NVR feels different from subjects with clear right-answer methods, children can decide early on that they're "bad at it" and disengage. Reframing it as a checklist skill — not a talent test — tends to rebuild confidence quickly once a few early wins land.

Don't mistake speed for skill early on. Accuracy and a genuinely consistent scanning habit should come first; timed practice is worth introducing later, once the routine feels comfortable. A fast wrong guess is worse progress than a slow correct one.

Mistakes to avoid

• Practising NVR heavily for an exam that doesn't actually test it — always check first.
• Treating NVR as fixed, untrainable "natural ability" rather than a systematic skill.
• Only practising one question type repeatedly instead of rotating through all four.
• Skipping the "why" when reviewing wrong answers, and moving straight to the next question.
• Scanning randomly instead of building one consistent, repeatable checking order.

Student tips

Odd-one-out: check colour first, then shape, then size, then rotation — in that order, every time. The odd one out is usually different in exactly one of these properties, and checking systematically finds it faster than staring at the whole row at once.

Sequences: describe the change out loud in your own words first ("it's rotating a quarter turn clockwise each time") before picking an answer. This stops you being pulled toward an option that merely looks similar rather than one that continues the exact pattern.

Matrices: check the rule across each row first, then check the rule down each column separately — most matrix questions combine two simple rules, and untangling them one at a time is far easier than trying to spot both at once.

Coding: write out the given example's transformation letter by letter before applying it to the new word. Rushing this step is the most common source of coding mistakes.

If you're stuck and the clock's ticking: eliminate the options you're sure are wrong first. Even ruling out two of four choices turns a guess into a coin-flip, and coming back to a marked question later beats freezing on it now.

Tutor notes

• Confirm the target exam's actual paper structure with each family early — generic "11+ prep" assumptions about NVR being universal can waste real preparation time if a family's target school or consortium doesn't test it.
• Run a quick diagnostic split by question type, not just an overall NVR score. A child scoring 60% overall might be strong on odd-one-out but weak on matrices specifically — that's a different intervention than generic "more NVR practice."
• Separate NVR from VR in diagnostic work. They test different underlying strengths (spatial vs verbal), and a child's performance in one doesn't reliably predict the other.
• Actively teach the scanning-order habit rather than assuming it develops on its own — many students never receive this explicitly and instead scan randomly for years.
• Watch for disengagement caused by the "fixed ability" myth. A student who believes NVR can't be improved will practise less effectively than one who understands it as a learnable checklist skill.
• Make error review a spoken exercise, not a silent one. Asking a child to explain out loud which property they checked last, and in what order, surfaces habits a written correction alone won't.

Frequently asked questions

Related SharpY Mind resources

• Lincolnshire 11+: A Reasoning-Only County
• 📘 The 11+ Guide — every guide we have, mapped
• Verbal Reasoning: Free Practice Questions & Guide
• Verbal vs Non-Verbal Reasoning: The Real Difference
• The Complete 11+ Guide for Parents
• What Is a Good 11+ Score? Every Board Explained
• 5 Mistakes Parents Make During the 11+ Journey
• The 11+ Marking Rules That Cost Free Marks
• Which exam board does my school use? →
• All 11+ Guides & Advice