Pattern recognition test
Six matrix puzzles, easy to hard: find the rule in each grid or row of shapes and pick the piece that fits. You get a score out of six and every answer explained.
Each row follows the same rule. Which shape completes the grid?
Tap the piece that completes the pattern.
Is pattern recognition a sign of high IQ?
Largely, yes. Finding rules in unfamiliar patterns is the core of what psychologists call fluid reasoning, and matrix puzzles are among the best single measures of general ability. In John Carroll's 1993 survey of more than 460 data sets, inductive reasoning tasks of this kind sat close to the general factor that IQ tests are built to capture.
That is why so many IQ tests lean on pattern items. Raven's Progressive Matrices is made of nothing else, and the Wechsler tests include a Matrix Reasoning subtest. People who do well on them usually do well across the rest of an IQ test too.
Three honest limits:
- It is one ability. Vocabulary, memory and processing speed are measured separately, and people can be strong on one and average on another.
- Practice helps the score more than the skill. People who have done many matrix puzzles do somewhat better on new ones, mostly because the rule types are familiar.
- Everyday "pattern spotting" is different. Noticing trends at work or in people relies a lot on knowledge and experience, not only on the abstract reasoning these puzzles test.
The rule types behind pattern puzzles
Most visual pattern items, from simple quizzes to professional tests, are built from a handful of rule types. The six puzzles above use all five.
| Rule type | What happens | Puzzle above |
|---|---|---|
| Progression | A feature grows, shrinks or turns by a fixed step | 1 and 2 |
| Constant in a row or column | One feature stays fixed along one direction | 3 |
| Distribution | Each value appears once in every row and column | 4 |
| Arithmetic | Two cells add or subtract to make the third | 5 |
| Alternation | Two patterns take turns in one sequence | 6 |
Harder items stack several rule types at once. The method that works is the same every time: list the features, test each one across rows and down columns, then predict the answer before looking at the options. For harder items, try the hard IQ test page, and for worked examples of every question type, the IQ test questions and answers.
From six puzzles to a pattern recognition IQ test
Six puzzles show whether you enjoy this kind of reasoning. They cannot place you on the IQ scale, because six items leave too much room for luck. A full test needs more items, harder items and a time limit.
The LifeScore IQ test uses 25 picture puzzles in five sets: patterns, spatial reasoning, sequences, analogies and rules, each running from easy to hard, with a 12-minute timer. There is no sign-up to start. Seeing your result is a one-time paid report. It is an online estimate, not a clinical assessment.
Frequently asked questions
What is a pattern recognition test?
Is pattern recognition a sign of high IQ?
What is a pattern recognition IQ test?
Can six puzzles tell me my IQ?
Can you improve pattern recognition?
Are pattern recognition tests culture fair?
Next in Brain tests
More in Brain tests
- N-back working memory testSingle or dual, 1-back to 4-back
- Digit span memory testHow many digits you can hold
- Processing speed testSpeed under time pressure
Related tools
- Daily IQ puzzleOne new matrix puzzle a day
- IQ chartEvery band and what it means
Good at patterns? See how you do on 25.
The full test adds spatial items, sequences, analogies and rules, each set easy to hard, in about 12 minutes.
25 questions · about 12 minutes
Sources
- Carroll, J. B. (1993). Human Cognitive Abilities: A Survey of Factor-Analytic Studies. Cambridge University Press.
- Carpenter, P. A., Just, M. A., & Shell, P. (1990). What one intelligence test measures: A theoretical account of the processing in the Raven Progressive Matrices Test. Psychological Review, 97(3), 404-431.
- Raven, J. (2000). The Raven's Progressive Matrices: Change and stability over culture and time. Cognitive Psychology, 41(1), 1-48.