11+ Non-Verbal Reasoning
What it is, why it's in the 11+, and the systematic method that makes every question type solvable.
What is Non-Verbal Reasoning?
Non-Verbal Reasoning (NVR) tests your child’s ability to analyse visual information, spot patterns, and solve problems using shapes, figures, and spatial relationships — all without relying on words or numbers.
Think of it as testing “raw” reasoning ability. Unlike English or maths, NVR doesn’t depend on what your child has been taught at school. A child who struggles with reading can still excel at NVR, because it bypasses language entirely and measures how they think.
For parents, NVR questions can look deceptively simple — “it’s just shapes, how hard can it be?” In practice, the questions require careful observation, systematic checking, and the ability to hold multiple visual rules in mind simultaneously. It is a genuine test of reasoning.
Why Is NVR in the 11+?
Grammar schools include NVR because it measures reasoning potential rather than learned knowledge. A child from a less advantaged background who hasn’t had private tutoring should, in theory, perform as well as a heavily tutored child — because NVR tests thinking, not teaching.
In practice, NVR can be improved with practice (which is partly why you’re reading this guide). But the underlying rationale is sound: NVR gives grammar schools a window into how a child’s mind works, separate from their academic preparation.
NVR typically accounts for 25% of the total 11+ mark in GL Assessment exams. CEM exams weave NVR into mixed sections, making it harder to quantify precisely, but the skills are equally important for both boards.
The 5 Main NVR Question Types
Every NVR paper is built from variations of these five question types. The shapes and patterns change, but the underlying logic is always drawn from this set.
1. Pattern Sequences
A series of shapes or figures follows a rule. Your child must identify what comes next in the sequence.
What to Look For
Look at how the shapes change from one step to the next. Is something rotating? Growing? Alternating? Does an element appear and disappear in a cycle? Track each change individually.
Top tip: Cover the answer options first. Try to predict the next figure before looking at the choices. This prevents the distractors from confusing your child.
2. Figure Matrices
A grid (usually 3×3) contains figures that follow rules across rows and down columns. One cell is missing, and your child must choose the correct figure to complete the grid.
What to Look For
Check each row for a pattern, then check each column. The missing figure must satisfy both the row rule AND the column rule simultaneously. Common patterns: shapes that combine, rotate, or invert.
Top tip: Work systematically. First determine what the row rule demands. Then check which answer options also satisfy the column rule. Usually only one option satisfies both.
3. Shape Odd One Out
Five figures are shown. Four share a common feature; one does not. Your child must identify the odd one out.
What to Look For
Run through the SCRNP checklist (see below) for each figure: Size, Colour, Rotation, Number of elements, Position. The feature that four figures share and one does not is your answer.
Top tip: Be specific about why the four belong together. Vague reasoning like "they look similar" leads to errors. Name the exact shared feature: "four have an even number of sides" or "four have a shape inside a shape."
4. Spatial Reasoning
These questions test the ability to mentally manipulate shapes in space — folding paper, assembling cubes from nets, or identifying which 3D shape a flat net would make.
What to Look For
For nets: identify the base face first, then work out which faces are adjacent. For paper folding: track the fold lines and remember that holes punched through folded paper create symmetrical patterns when unfolded.
Top tip: Practice with real paper. Fold actual sheets, punch holes, and unfold them. Build cubes from paper nets. Physical experience builds the mental model that makes these questions intuitive.
5. Reflection and Rotation
A shape is reflected in a mirror line or rotated by a specified angle. Your child must identify the result from the options.
What to Look For
For reflections: pick one distinctive feature (like a flag or arrow) and check which way it points in the reflected version. Everything should be mirrored. For rotations: track the position of one element and check it has moved the correct angle.
Top tip: Turn the paper. For a 90° clockwise rotation, physically rotate the page 90° anticlockwise and see what it looks like. For reflections, hold the page up to a light source or use a small mirror.
The Pattern-Spotting Method: SCRNP
This is the single most useful thing you can teach your child for NVR. When faced with any question, check each of these five properties systematically. Most questions test one or two of them — the trick is knowing which ones to look for.
Size
Are shapes getting bigger, smaller, or alternating between sizes?
Colour
Are fills changing? Black to white to grey? Striped to solid?
Rotation
Is something turning? By how many degrees? Clockwise or anticlockwise?
Number
Are elements being added or removed? Is there a counting pattern?
Position
Is something moving around the figure? Top to bottom? Corner to corner?
Teach your child to run through S-C-R-N-P on every question. It takes seconds and catches the patterns that “just looking” misses. Print the checklist and stick it next to where they practise until it becomes automatic.
How to Improve at Non-Verbal Reasoning
NVR responds brilliantly to practice because the question types are finite and the strategies are concrete. Here’s what actually works:
- ✓Jigsaw puzzles. Seriously. Jigsaws build spatial reasoning, edge matching, and the ability to rotate shapes mentally. A 500-piece puzzle is genuinely useful 11+ preparation disguised as family time.
- ✓Minecraft and similar building games. Before you dismiss it as “screen time” — Minecraft requires constant spatial reasoning: visualising 3D structures, planning rotations, and understanding how 2D plans become 3D objects. Research supports its value for spatial skill development.
- ✓Rubik’s cubes and logic puzzles. Even just learning the basics of a Rubik’s cube teaches algorithmic thinking and spatial manipulation. Rush Hour, Blokus, and Tangram puzzles are also excellent.
- ✓Daily NVR practice (10-15 minutes). Use the SCRNP method on every question. Review mistakes together — when your child gets one wrong, work through which property they missed and why.
- ✓Paper folding and net building. Get actual paper. Fold it, punch holes, unfold it. Cut out nets and assemble cubes. Physical experience creates the mental models that make these questions intuitive rather than baffling.
NVR Improves the Most with Practice
Of all four 11+ subjects, non-verbal reasoning is the one that typically shows the biggest improvement with consistent practice. This is not just our experience — it’s a pattern observed across tutoring centres and online platforms nationwide.
The reason is straightforward: NVR question types are finite. There are only so many ways to test pattern sequences, odd-one-out, and spatial reasoning. Once your child has seen each type multiple times and has a systematic method for approaching it (like SCRNP), the questions stop feeling unpredictable and start feeling manageable.
Children who begin scoring 40-50% on NVR practice papers routinely reach 70-80% within 6-8 weeks of daily practice. Not because the questions get easier, but because their pattern-recognition skills have been trained. It is like learning to drive — overwhelming at first, automatic with practice.
Frequently Asked Questions
Is non-verbal reasoning the same as spatial reasoning?+
Spatial reasoning is one component of NVR, but NVR is broader. It also tests pattern recognition, logical sequencing, and the ability to spot rules in visual information. Think of spatial reasoning as a subset — important, but not the whole picture.
My child is great at maths but struggles with NVR. Why?+
NVR uses a different kind of thinking. Maths is largely procedural — follow the steps and you get the answer. NVR requires visual-spatial reasoning and the ability to hold multiple rules in your head simultaneously. The good news is that these skills can be trained, and maths-confident children often pick them up quickly once they understand what to look for.
Do boys do better at NVR than girls?+
Research shows no meaningful gender difference in NVR ability. Some studies suggest slight differences in spatial rotation tasks, but these disappear with practice. Both boys and girls benefit equally from NVR preparation.
How long does it take to see improvement in NVR?+
Most children show measurable improvement within 3-4 weeks of daily practice (10-15 minutes per day). NVR is the subject that typically improves fastest because the question types are finite and the pattern-spotting strategies are concrete and teachable.
Should I buy NVR-specific practice books?+
Yes, but use them alongside online practice rather than instead of it. Books like Bond 11+ and CGP are excellent for understanding question types. Online practice adds timed conditions, instant feedback, and progress tracking that books cannot offer. Many families find the combination most effective.
Is NVR tested in both GL and CEM exams?+
Yes, both GL Assessment and CEM include non-verbal reasoning. GL tends to present NVR as a standalone section with dedicated question blocks. CEM weaves NVR into mixed sections alongside verbal reasoning and comprehension. Practising the core skills prepares your child for either format.
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