General Ability (GA) Test Practice Guide
A general ability (GA) test measures reasoning rather than taught content — verbal reasoning (word patterns, codes, analogies), numerical reasoning (number patterns and quantitative logic) and abstract or figural reasoning (visual patterns and matrices). It appears under different names across scholarship and selective tests: Edutest calls its ability papers Verbal and Numerical Reasoning, AAS uses a Reasoning & Problem Solving paper, and the NSW selective test’s Thinking Skills section tests closely related skills.
Key facts at a glance
- Three reasoning families: verbal, numerical, and abstract/figural.
- Not curriculum-based: GA questions deliberately avoid relying on prior knowledge.
- Where it appears: Edutest ability tests, AAS reasoning paper, NSW Thinking Skills.
- Fast pace: ability sections often pack many questions into a short time.
- Improves with practice: familiarity with question types raises both speed and accuracy.
Test structures and providers described here last verified June 2026 against official sources. Individual school dates, fees and rules change every year — always confirm with the specific school or official body before you rely on a date.
Why general ability is tested
Schools and test providers use general ability to estimate a student’s capacity to learn, independent of how much they have already been taught. Because it is hard to coach in the way content can be drilled, it gives a fairer read on raw reasoning. But “hard to coach” does not mean “impossible to prepare for” — familiarity with the question formats removes the shock of seeing them cold and frees up thinking time.
The three reasoning families
Verbal reasoning
Words and language used as a logic puzzle: analogies, odd-one-out, letter sequences, codes, and relationships between words. A strong vocabulary helps, but the core skill is spotting the rule.
Numerical reasoning
Numbers as patterns rather than arithmetic: sequences, quantitative comparisons, and applying logic to numerical relationships. Quick, accurate mental arithmetic supports this but is not the whole story.
Abstract / figural reasoning
Shapes and images: series, matrices, and visual patterns where the student finds the rule that governs how a figure changes. This is the most “content-free” of the three and often the most unfamiliar.
How to practise general ability
- Learn the question types first. Each family has a finite set of patterns; recognising them is half the battle.
- Build a method per type. For sequences, check differences then ratios; for matrices, scan rows then columns.
- Then add timing. Once methods are reliable, practise at pace so recognition becomes automatic.
- Review wrong answers properly. Identify which rule you missed, not just the right letter.
- Practise across all three families, since most tests mix them.
How GA fits scholarship and selective tests
If your target is an Edutest or AAS scholarship, the ability paper is a major component — see our provider comparison. If it is the NSW selective or OC test, the related skills appear in the Thinking Skills section. ACER scholarship tests lean less on standalone ability papers and more on reasoning embedded in maths and humanities. Knowing which applies tells you how much GA practice to weight.
Frequently asked questions
What is a general ability test?
A general ability test measures reasoning rather than taught content, across verbal reasoning (word logic), numerical reasoning (number patterns) and abstract or figural reasoning (visual patterns). It estimates a student’s capacity to learn.
Can you prepare for a general ability test?
Yes. While the underlying ability is hard to coach, learning the question types and building a method for each removes the shock of unfamiliar formats and improves speed and accuracy with practice.
Where do general ability questions appear?
In Edutest ability papers (Verbal and Numerical Reasoning), the AAS Reasoning and Problem Solving paper, and the NSW selective and OC test’s Thinking Skills section, among others.
What is the difference between verbal, numerical and abstract reasoning?
Verbal reasoning uses words and language as logic puzzles, numerical reasoning uses number patterns and quantitative logic, and abstract or figural reasoning uses shapes and visual patterns. Most tests include a mix.
Does general ability need a strong vocabulary?
A good vocabulary helps with verbal reasoning, but the core skill across all three families is spotting the underlying rule quickly, which is built through practice rather than memorisation.