Graduate Logical Reasoning Test Practice

Recognise the main reasoning formats

Test a proposed rule against every visible transition. A rule that explains only the final step may be a coincidence.

Solve an original pattern item

The sample is intentionally simple enough to show the method. It does not claim to match the difficulty, visuals or scoring of a provider’s test.

Use an error log that records the failed rule

For each missed item, record the format, the rule you tried, the clue you overlooked, the correct rule and how you verified it. “Careless mistake” is too vague to repair. “I checked only horizontal changes and ignored the column rule” gives you a concrete next step.

When accuracy is stable, practise rejecting weak rules more quickly. Use the live assessment’s time limit and guessing policy; do not assume that every test rewards the same pacing strategy.

Prove the rule before selecting the answer

State your proposed rule in one sentence, test it across the full item and then choose the option that follows it.

Separate observation from interpretation

Write what changes before naming the rule. In a visual sequence, an object might rotate, change colour, move position or change quantity. In a conditional problem, one rule may restrict order while another controls grouping. Listing observations prevents the first attractive pattern from taking over.

For matrix questions, inspect rows and columns independently, then test whether the same operation repeats. For classification, describe the shared property precisely enough that every included option has it and the excluded option does not.

Practise conditional logic explicitly

Translate a rule such as “If K is selected, M must be selected” without reversing it. K requires M; M does not necessarily require K. Draw compact symbols or a small ordering diagram when the format permits working notes.

When several rules interact, apply the most restrictive conditions first and check the answer choices against all rules. An option that satisfies three of four rules is still invalid.

What if you see two possible patterns?

Prefer the rule that explains all elements consistently and matches the answer choices without arbitrary exceptions. Recheck whether two operations alternate or occur simultaneously.

Are logical and abstract reasoning identical?

Providers use the terms differently. Abstract tests often use visual patterns, while logical reasoning can include visual or written rules. The official example defines your task.

When should you move on?

Use the navigation and scoring rules in the invitation. If returning is allowed, record the unresolved rule and protect time for other items.

Use a rule-testing checklist

Describe the changing features, propose the simplest rule, test it against every step and compare the surviving rule with all answer options. In a matrix, check whether the row and column operations agree. In a conditional problem, verify every stated restriction.

If you miss an item, save the rule type rather than the visual design. The next practice question should use a different surface pattern so recall cannot supply the answer.

Does the simplest rule always win?

Prefer a consistent rule without arbitrary exceptions, but the item may combine two deliberate transformations. Simplicity must still explain all evidence.

Can drawing help?

When working notes are permitted, small arrows, feature lists and ordering diagrams can reduce memory load. Keep them compact so notation does not consume the section.