# The 8 Types of NVR Question in the 11 Plus — Explained for Parents
One of the most helpful things you can do before your child starts practising for the 11 plus NVR paper is to understand the different types of NVR questions they'll face. Not so you can teach them yourself, necessarily, but so that when they come to you confused, or when you look over their shoulder at a practice session, you actually know what you're looking at. This guide runs through each of the main question types in plain language, with no assumed knowledge.
If you're not yet sure what non-verbal reasoning involves at a general level, What is Non-Verbal Reasoning? covers the basics first.
A row of shapes is shown, usually four or five of them, following a pattern. The child's job is to work out what comes next. The pattern might involve shapes getting progressively larger, rotating by a fixed angle, gaining or losing sides, or changing their shading in a predictable way. More difficult questions layer several changing properties at once, so a child needs to track more than one rule simultaneously.
This is often the question type children get most quickly, because the idea of completing a sequence is familiar from other contexts. The challenge comes when the pattern is subtle or when there are multiple things changing at once.
A group of shapes is presented and the child must identify which one doesn't belong. All the others share something in common: maybe they all have an even number of sides, or they're all symmetrical, or they all contain a shape inside a shape. One is the exception. The tricky part is that the odd one out might look, at first glance, like a perfectly ordinary member of the group. Children need to keep testing properties methodically until they find the rule that separates one shape from the rest.
This format follows the structure of "shape A is to shape B as shape C is to ___." The child sees two shapes with a clear visual relationship between them, perhaps one is a reflection of the other, or one has had some element removed, or one is a rotated version. They then need to apply the same transformation to a third shape and identify the correct result from a set of options.
Analogies test whether a child can isolate a single rule from a pair of examples and apply it accurately. Children who try to take in both pairs as a whole, rather than isolating the specific change, tend to find these difficult.
A 3x3 grid of shapes is shown, with one cell left blank, usually in the bottom right corner. Each row and each column follows its own pattern, and the patterns interact. To find the missing shape, a child needs to understand both the row pattern and the column pattern and find the shape that satisfies both simultaneously.
Matrices are often considered the most challenging NVR question type because they require a child to hold two sets of rules in mind at the same time. With practice, children learn to work systematically: look along the rows first, identify the rule, then check down the columns.
A flat, unfolded net is shown alongside four or five pictures of three-dimensional shapes. The child needs to identify which 3D shape the net will make when it is folded up. Some versions of this question show a 3D shape and ask the child to identify which net could have produced it.
This question type tests spatial awareness directly. Children who find it difficult are often helped by the physical act of folding paper, which makes the spatial relationship concrete before they're asked to do it mentally.
These questions ask a child to identify what a shape looks like after it has been rotated by a specific number of degrees, or reflected in a vertical or horizontal mirror line. The options presented will often include shapes that look similar but are either mirror images of the correct answer or rotated by a slightly different amount.
Children who struggle here are often confused by the difference between rotation and reflection, and it's worth making sure they understand these as distinct operations before attempting timed practice.
A small target shape is shown, and the child must identify which of four or five larger, more complex figures contains that exact target shape hidden within it. The target shape will be the same size and orientation as it appears in the larger figure, but surrounded by additional lines that make it harder to see.
This is one of the question types that improves most noticeably with practice. The first few attempts tend to feel impossible. After several sessions, children develop the visual scanning technique needed to isolate the target from the surrounding noise.
A square piece of paper is shown being folded once or twice, and then a hole is punched through it. The child must work out what the paper looks like when it is unfolded, specifically where all the holes appear. The folding creates symmetry, so a single hole punch can produce multiple holes once the paper is opened out again.
Paper folding questions are among the least common in the 11 plus, but they appear in some papers, particularly GL Assessment. They can seem deeply confusing at first. The most reliable approach is to work through the unfolding step by step rather than trying to visualise the entire result at once.
Knowing the question types doesn't mean drilling each one to exhaustion. The more useful approach is to work through all of them to identify which ones your child finds straightforward and which ones genuinely puzzle them. Strong areas can be maintained with occasional practice. Weaker areas deserve more sustained attention.
Most children have one or two types that click quickly and one or two that seem to resist improvement for a while. Rotation and paper folding tend to trip up children who have a less developed sense of spatial reasoning. Hidden figures and odd one out tend to come more naturally, though the difficulty increases sharply as questions become more complex.
Onzely covers all eight of these question types with adaptive sessions that focus more practice time on the areas where a child is currently scoring lowest. It works best as part of a broader preparation routine, alongside a tutor if you have one, or as a consistent source of daily practice at home if you're managing preparation independently.
For practical guidance on turning this understanding into better scores, How to Improve Your Child's NVR Score sets out the approach that tends to work.
Adaptive 11+ practice that adjusts to your child. No card required.
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