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UCAT-ANZ · one sitting per test cycle

UCAT-ANZQuantitative Reasoning

QR tests problem solving under time pressure more than hard maths. Marks are won and lost in calculator habits, mental arithmetic, and the discipline to flag a slow question and move on.

26 min
Section time
36
Questions
~43s
Per question
/2700
Cognitive scale
01 · What it tests

What UCAT-ANZ Quantitative Reasoning actually tests

Quantitative Reasoning is the closest UCAT-ANZ section to a school exam - but mostly only in surface appearance. The maths involved rarely goes beyond junior-secondary level: percentages, ratios, rates, simple algebra, unit conversion, simple statistics, and reading information from charts and tables. There’s no calculus, no trigonometry, no quadratic equations. The challenge is not the maths itself - it’s doing it under time pressure with a clunky on-screen calculator while a chart you barely need to look at takes up half the screen.

Questions most often refer to a shared data context: a chart, a table, a scenario. The naïve approach is to study the chart carefully before tackling the questions - and it’s wrong. The right approach is to skip the chart on first read, jump straight to the first question, and only consult the chart for the specific cell or row you need. You’ll often answer every question linked to a chart having read only a fraction of it.

QR is one of the three cognitive subtests that feed the /2700 scaled total (Verbal Reasoning, Decision Making and Quantitative Reasoning), and it has the widest spread of any subtest - in UCAT-ANZ 2026 its deciles ran from 530 to 880, against 510-730 for Verbal Reasoning. It also carries the highest mean (691 in 2026), so a QR score that sounds strong can be only middling. Because UCAT-ANZ runs as a single sitting each test cycle, there is no second attempt within the cycle to bank a better QR score, so do your mental-arithmetic and calculator practice before your test date.

02 · Shortcuts

Mental math shortcuts top scorers use

The Consortium says mental maths may save you time. Drill these until they are automatic.

Percentage building blocks

10% = move decimal one place. 5% = half of 10%. 1% = move decimal two places. To find 23%: 10% + 10% + 1% + 1% + 1%. Faster than the calculator.

Quick fractions

1/8 = 12.5% · 1/6 ≈ 16.7% · 1/3 ≈ 33.3% · 2/3 ≈ 66.7% · 5/6 ≈ 83.3%. Memorise these so common percentages take seconds.

× 11 trick

34 × 11 = 374 (sum the digits, slot between). 47 × 11 = 517 (4 + 7 = 11, carry the 1). Useful for the rare percentage question where 11% appears.

Ratio scaling

If A:B = 3:5 and total = 800, scale: each part = 800 / 8 = 100, so A = 300, B = 500. Faster than algebra.

Estimate, then check

For multiple choice, estimate first. If all but one of the options are clearly wrong by rough order of magnitude, mark the survivor - no calculator needed.

Decimal-to-fraction

0.25 = 1/4 · 0.125 = 1/8 · 0.2 = 1/5 · 0.4 = 2/5. Useful when a probability question gives you a decimal you need to combine.

03 · Calculator

The on-screen calculator - full strategy

The on-screen calculator is basic, and it closes between questions. Learn how it behaves in the official Tour Tutorial before test day.

Reopen it on each question

The calculator closes when you click X or move to the next question, so you cannot keep it open. Press Alt + C or click the calculator button each time you need it, and drag it aside if it covers the chart.

Know what the keyboard can and cannot do

The Consortium says to operate the calculator "by clicking the necessary buttons with your mouse or by using your keyboard for number inputs" (Num Lock on), and that ON/C - or Backspace - is the only clear: there is no shortcut to delete a single digit. Alt + C calls it up. It opens in its own window, so if you click back to the test screen you must click the calculator again before it responds. The keypad is a TI-108 replica: the memory keys are MRC, M− and M+, not MR and MC.

Memory functions for multi-step

When a calculation has 2–3 intermediate values, store each with M+ and recall with MRC, rather than re-typing each subtotal.

Skip when calculator is overkill

If a question is “15% of 200”, doing it mentally (10% + 5% = 30) is quicker than typing. Default to mental for clean numbers.

04 · Strategy

Top 7 strategies for UCAT-ANZ QR

01

Skip the data chart on first read

Questions most often share a chart, table or data set. Don't study it up front - read the first question, find the relevant cell, answer, then re-use the same data for any linked questions.

02

Master percentage shortcuts

10% = move decimal. 5% = half of 10%. 1% = move decimal twice. To find 23%: 10% + 10% + 1% + 1% + 1%. Faster than punching it into the calculator.

03

Use the calculator memory function

M+, M− and MRC for multi-step calculations rather than re-typing (the TI-108-style calculator has no separate MR or MC key).

04

Estimate first, calculate only if needed

Often you can eliminate most of the options just by rough estimation. If all but one are clearly wrong, mark the survivor and move on.

05

Flag and skip the slowest questions

Some questions take far longer than others. If one is heading past a minute, take your best guess, flag it and move on, so you protect time for easier questions later. There is no negative marking.

06

Drill mental arithmetic daily

Use Brilliant or Khan Academy and do 10 minutes of timed mental arithmetic every day for 4–6 weeks pre-test.

07

Always sanity-check unit conversions

A common QR trap is mixing units (km vs m, kg vs g, % vs decimal). Before submitting, glance at units in the question and your answer. Wrong units kill more easy QR questions than wrong arithmetic.

05 · Worked examples

Worked examples

Example 1Percentage

A drug dose of 350 mg is increased by 18%. What is the new dose?

Mental: 350 × 1.18. Break it down: 350 × 1 = 350. 350 × 0.1 = 35. 350 × 0.08 = 28. Total: 350 + 35 + 28 = 413. Faster than calculator. Total time: ~10 seconds.
Example 2Ratio

A solution is mixed in the ratio 3:5 (concentrate:water). To make 800 ml of solution, how much concentrate is needed?

Total parts: 3 + 5 = 8. 800 ÷ 8 = 100 ml per part. Concentrate = 3 parts × 100 = 300 ml. Mental: 800/8 should take 2 seconds.
Example 3Multi-step

A train travels 240 km at 80 km/h, then 180 km at 60 km/h. What is the average speed for the whole journey?

Time 1 = 240/80 = 3 hours. Time 2 = 180/60 = 3 hours. Total distance = 420 km. Total time = 6 hours. Average = 420/6 = 70 km/h. Trap: averaging the speeds (80 + 60)/2 = 70 - correct here only because both legs take 3 hours, but generally wrong. Always use total distance / total time.
Example 4Unit conversion

A patient drinks 1.5 L of water spread evenly over 6 hours. What is the average rate in mL per minute?

1.5 L = 1500 mL. 6 hours = 360 minutes. 1500 ÷ 360 = 4.17 mL/min. Calculator territory. Trap: forgetting to convert L to mL or hours to minutes - gives wrong by orders of magnitude.
Example 5Percentage change

A clinic’s monthly bookings were 40,000 last quarter and 52,000 this quarter. What is the percentage increase?

(52,000 − 40,000) / 40,000 × 100 = 12,000 / 40,000 × 100 = 30%. Formula: (new − old) / old × 100. Trap: dividing by the new figure (gives 23%) instead of the old.
Example 6Compound interest / growth

A bacterial colony doubles every 2 hours. Starting with 50 cells, how many after 8 hours?

8 hours / 2 hours per doubling = 4 doublings. 50 → 100 → 200 → 400 → 800. (C). Sketch the doublings in your notebook rather than computing 50 × 2⁴ - same answer, less error-prone.
06 · Timed quiz

Timed mini-quiz

5 questions, 45 seconds each - slightly above live UCAT-ANZ QR pace.

QR speed quiz

Mixed: percentage, ratio, rate, multi-step.

5 questions45 seconds each (auto-advance)Score & review at the end
Pocket UCAT

Liked the quiz? Our UCAT app is coming to iPhone.

Five-minute rounds across all four sections, launching in March 2027. Sign up for early access and a free trial.

07 · Self-assessment

Are you QR-ready?

0 / 10 complete
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08 · Pitfalls

Common UCAT-ANZ QR mistakes

✕Studying the chart in detail before reading questions
✕Reaching for the calculator on every step
✕Failing to estimate before calculating
✕Doing mental arithmetic on questions that need the calculator
✕Not using calculator memory functions
✕Fighting the slowest questions instead of flagging them
✕Practising without time pressure
✕Ignoring percentage and ratio shortcuts
✕Wrong unit conversion (km vs m, % vs decimal)
✕Dividing by the new figure instead of old in % change
✕Confusing average speed with mean of speeds
✕Forgetting to multiply per part in ratio questions
09 · FAQ

Frequently asked questions

26 minutes for 36 questions - about 43 seconds each. Questions most often share a chart, table or data set, though the Consortium does not publish a fixed set structure.

Recommended resources

Keep going

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Targeted QR drilling with calculator and mental-arithmetic technique, well before your test date.