Non-verbal reasoning is the shape and pattern part of the 11 plus, and these tests use no reading and no arithmetic at all. A child is shown figures and asked to find the rule that links them, then apply it. The usual formats are sequences, matrices, odd one out, analogies, rotation, reflection, shape codes, nets and hole punching.
What is non-verbal reasoning, and why is it on the test?
It is the part of the 11 plus that looks least like school. A page of squares, circles, arrows and dots, arranged in sets, with one figure missing or one that does not belong. Nothing to read. Nothing to work out on a number line. Your child has to see what changes from one figure to the next, describe that change to themselves, and find the option that obeys it.
Test setters like it for a straightforward reason. Because it rests on neither reading nor curriculum coverage, it gives a second view of a child, less affected by how much of the syllabus their school got through. Whether it succeeds at that is a fair argument to have. What is not in doubt is that scores move a long way with familiarity, so treating it as a fixed talent is the wrong model.
Most children meet these puzzles for the first time in a practice book. Their reaction is often that the questions are unfair, which usually means nobody has told them what to look at.
What are the non-verbal reasoning topics?
The formats carry different names in different books, but they come down to the list below. The middle column is the version to say out loud to your child.
| Type | What the question looks like | The method |
|---|---|---|
| Sequences and series | A row of figures that change step by step, with the next one missing. | Work out what changes from figure one to figure two, then check the same change holds from two to three. One attribute at a time, left to right. |
| Matrices | A grid of figures with one cell empty. | Read the grid twice: once across the rows, once down the columns. The rule is often split between the two directions, and a child who only reads across picks an answer that is right one way and wrong the other. |
| Odd one out | Four or five figures, one of which breaks the pattern the others share. | Find the rule the majority follow before hunting for the odd one. Naming that rule in words stops a child settling on a difference that several figures share. |
| Analogies | A is to B as C is to what? Two figures with a change between them, then a third needing the same change. | Describe the change from A to B in a sentence, then say it again with C in it. If two options fit, the sentence missed an attribute, so look for a second change. |
| Rotation | A figure turned by a quarter, a half or three quarters of a full turn. | Pick one distinctive feature and track only that: an arrow tip, an odd corner. Rotation keeps left and right the same relative to the shape, which is what separates it from reflection. |
| Reflection | A figure flipped across a line, sometimes with the mirror line drawn in. | Find the feature nearest the mirror line and check it stays nearest after the flip. A reflected figure cannot be rotated back into the original, and testing that is the quickest way to tell the two apart. |
| Codes applied to shapes | Figures with letter codes, then a new figure to code. | Each letter position stands for one attribute. Compare two figures sharing a letter to see what it controls, then repeat for the second position. |
| Nets and cube views | A flat net to fold into a cube, or a solid shown from a different side. | Track a single face and its neighbours instead of the whole cube. On a net, squares with one square between them in a straight line end up opposite, and opposite faces are never seen together. |
| Hole punching and folding | Paper folded once or twice, a hole punched through, then the sheet opened out. | Unfold in reverse order, one fold at a time. Every fold doubles the holes and mirrors them across the fold line, so two folds give four holes from one punch. |
| Spatial and 3D questions | Blocks counted or stacked, shapes fitted together, a solid rotated in space. | Count in layers rather than all at once, and remember the hidden blocks that must be holding the top ones up. Sketch that layer in the margin if the paper allows it. |
Want these taught in order rather than met at random? Start a free week of Pathway Eleven and each format arrives with teaching the first time.
How should a child look at a non-verbal reasoning question?
Badly answered questions nearly always start the same way: the child stares at the whole figure, waiting for the answer to arrive. Sometimes it does. When it does not, they have burnt thirty seconds and have nothing to work with.
The fix is to scan one attribute at a time across every figure, in the same order every time. Something like this:
- Count. How many shapes, sides, dots or lines. Number rules are the most common and the easiest to check.
- Shading. Black, white, striped, dotted, and whether shading moves from one shape to another across the set.
- Size. Growing, shrinking, or one shape changing while another stays put.
- Position. Inside or outside, top or bottom, touching or separate. Position rules hide well because the shapes look unchanged.
- Rotation. Which way things point, and by how much each step.
- Line thickness and style. Checked last by children, used often by setters, because a thick line is easy to miss when the shape is interesting.
Teach the order, then make your child say the rule out loud before choosing. Two useful things happen. They stop picking an option that matches on one attribute and fails on another, which is exactly what the wrong answers are built to do, and you get to hear their thinking, which tells you more than a score does.
One practical point children rarely think of: in most rooms nothing stops them tilting the paper to check a rotation. It looks like cheating to a ten-year-old. It is not, and it turns a hard mental turn into an easy look.
Why does non-verbal reasoning improve fast and then stop?
Because almost all of the early gain is familiarity. A child who has never seen a matrix has to work out what the question wants before they can start answering it, and that alone costs marks. Show them enough matrices and the format becomes invisible, the scanning order becomes a habit, and the score climbs. Then it flattens, because what is left is finding rules in figures designed to hide them, and that improves slowly.
The planning conclusion follows on its own. Do this area early. Steady non-verbal work in the first half of the preparation year buys most of the available improvement while there is still time for it to bed in. Leaving it to the last month is the common and expensive mistake: the gains left by then are small, and every hour chasing them is an hour taken from English and maths, where the ceiling is higher.
A rough test of where your child sits on that curve: if they are still asking what a question wants, they are in the fast part and the work is paying well. If they know every format and are only missing the harder rules, a short weekly session to keep it warm is enough.
What if my child struggles with English but is good at this?
Then something important has just happened, and it is worth protecting.
A child who believes they are capable will attempt a hard comprehension question. A child who has spent a year being told they are behind will not.
From "What if my child struggles with English but is good at this?"
Non-verbal reasoning needs no reading and no arithmetic. That makes it the one part of 11 plus work where a slow reader, or a child who has decided they are bad at school, can sit down and be straightforwardly good at something. Children notice. The one who finds comprehension hard opens a page of shapes and is quicker than everyone at the table.
Do not spend that. The instinct is to say well done and move the time straight into the weak subject, because that is where the marks are. Right instruction, wrong timing. Keep the area they are good at in the week, visibly, even when it is no longer the priority, because it is doing a job that has nothing to do with shapes. A child who believes they are capable will attempt a hard comprehension question. A child who has spent a year being told they are behind will not.
Every subject stays in the plan, weighted by what your child needs. Start a free week and see how the balance is set.
How Pathway Eleven teaches non-verbal reasoning
Pathway Eleven is an online 11 plus preparation service that gives each child a personalised daily plan of revision, guided teaching, timed practice and full mock papers, with every question reviewed and approved by a qualified teacher.
For this area that means the formats are introduced in order, with teaching the first time each appears, rather than dropped on a child inside a mixed paper. A Starting Assessment shows which shape skills are already secure, and because the improvement comes early, the daily plan gives non-verbal work a proper share in the early months and then keeps it ticking over. Timed Drills come once a format is reliable. Every session is stored in the PIN-protected parent area, so you can see which formats still cost marks.
One monthly price covers every subject, with no per-subject upgrade and no long contract. The first week is free.
Common questions about 11 plus non-verbal reasoning
What is non-verbal reasoning?+
Puzzles made of shapes and patterns rather than words or numbers. Your child is shown a set of figures, has to work out the rule connecting them, and then applies that rule to pick an answer. There is nothing to read and nothing to calculate.
Is non-verbal reasoning a test of intelligence?+
It was designed to lean less on language and schooling than other papers, which is why it gets described that way. Treat it as a learnable skill instead. Scores rise a long way with familiarity, and a child who has never seen the formats will score below what they can do.
Can a child get better at non-verbal reasoning?+
Yes, and usually quickly. Most of the early gain comes from recognising the formats and knowing what to look at first. After that the improvement flattens, so the sensible plan is a solid block of work early rather than a scramble at the end.
When should we start non-verbal reasoning practice?+
Early, and before it feels urgent. Because the gains come fast and then level off, work done in the first half of the preparation year is worth more than the same hours spent in the final weeks, when the time is better given to English and maths.
What should my child look at first in a shape question?+
One attribute at a time, across all the figures, rather than one whole figure at a time. Count the shapes first. Then check shading, then size, then position, then rotation, then line thickness. The rule usually falls out on the second or third pass.
Is non-verbal reasoning the same as spatial reasoning?+
They overlap and some tests separate them. Non-verbal reasoning is mostly flat patterns on the page, while spatial reasoning asks your child to turn something in three dimensions: cube nets, folded paper, a solid seen from another side. The methods are different enough to practise apart.
My child says they just see the answer. Is that a problem?+
It is fine while the questions are easy and it collapses when they get harder. Ask for the rule in words after every question, right or wrong. A child who can say what changed has something to fall back on when the pattern stops being obvious.
How do we practise hole punching and net questions?+
With actual paper and actual scissors, at least at the start. Fold a sheet, punch it, and open it out together. Ten minutes of that teaches the mirror rule better than a page of diagrams, and children stop guessing once they have seen it happen.
Where to go next
- 11 plus non-verbal reasoning papers, eight drawn questions, worked, with the five families behind them.
- How to prepare for the 11 plus, the full parents' guide to timing and routine.
- What is the 11 plus?, who sits it and how it is marked.
- 11 plus verbal reasoning question types, every word puzzle format with its method.
- 11 plus maths topics, the content list to work through alongside the reasoning papers.
- What Pathway Eleven costs, one plan, one price.
A Starting Assessment, then a daily plan that teaches each shape format before it is timed.