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🔷 Figure Analogies: Pattern Island Quest

Master figure analogies by spotting the exact change between shapes and applying it perfectly to solve any puzzle.

🐉 Welcome to Pattern Island, brave explorer! I'm the Pattern Dragon, and I've guarded these shifting shapes for a thousand years. Here's something surprising: your brain is a pattern-spotting machine! Every time you recognise a friend across the playground, predict what happens next in a video game, or guess the next word in a song, you're doing exactly what figure analogies test. Grammar schools LOVE these puzzles because they show how cleverly you can think — without needing you to read a single word. That means it doesn't matter if English isn't your strongest subject; here, shapes speak the language! Figure analogies appear in almost every 11+ exam, from GL Assessment to the ISEB Pre-Test. Detectives, scientists, and computer coders all use this exact skill every single day. When a doctor looks at an X-ray and spots what's different, that's pattern-analogy thinking. When you notice your bedroom looks 'wrong' because someone moved something — same skill! Today you'll learn to crack these puzzles like a secret code. By the end, you'll look at two shapes, whisper 'A-ha! I see the rule!', and apply it to find the perfect answer. Ready to earn your Pattern Master badge? Let's fly into the adventure! ⭐

So, what exactly is a **figure analogy**? An analogy is a comparison that says: 'This is to that, as this is to WHAT?' In figures, you're given a pair of shapes on the left — let's call them A and B. The first shape (A) changes in some special way to become the second shape (B). Your job is to find that change, then apply the very same change to a third shape (C) to discover the missing answer (D). Think of it like a magic machine 🎯. You put shape A into the machine, and out pops shape B — bigger, rotated, or a different colour. The machine follows ONE secret rule every time. Now you feed shape C into the very same machine. Whatever it did to A, it must do to C in exactly the same way. Your answer is whatever comes out! We write it as: **A : B :: C : ?** The two dots mean 'is to' and the four dots mean 'as'. It's like saying 'kitten is to cat, as puppy is to dog' — but with shapes instead of words. The whole trick is finding what the machine does. Spot the rule, and the answer appears like magic!

How does the machine actually work? It follows one or more **transformations** — special changes that turn shape A into shape B. Let me show you the most common ones. **Rotation**: the shape spins clockwise or anticlockwise, maybe a quarter turn (90°) or a half turn (180°). **Reflection**: the shape flips like a mirror image, left-to-right or top-to-bottom. **Size**: the shape grows bigger or shrinks smaller. **Number**: dots, lines, or sides are added or taken away. **Colour or shading**: white becomes black, striped becomes spotted, and so on. **Position**: a small shape moves from inside to outside, or from a corner to the centre. Let's work through one step by step. Imagine A is a small white arrow pointing up, and B is a large white arrow pointing up. What changed? Only the **size** — it grew bigger. The direction stayed the same, the colour stayed the same. So the rule is simply 'make it bigger'. Now if C is a small white star, the answer D must be a large white star! Notice how I checked EVERY feature — direction, colour, size — to be sure I found the real rule. Sometimes the machine does TWO things at once, like rotating AND changing colour. Spotting every change is the key.

Here is my trusty five-step method — follow it every single time and you'll never get lost. **Step 1 — Study shape A carefully.** Notice its size, colour, direction, number of sides, and any small details. **Step 2 — Study shape B and compare.** Ask: 'What is different between A and B?' Look at each feature one at a time: Did it rotate? Reflect? Change colour? Change size? Add or remove parts? **Step 3 — Name the rule out loud in your head.** For example: 'The shape rotated 90° clockwise and turned black.' Say it clearly so you don't forget it. **Step 4 — Apply the exact same rule to shape C.** Don't invent a new rule! Whatever happened to A, do the identical thing to C. **Step 5 — Match your prediction to the answer options.** Picture the finished shape first, THEN look at the choices and pick the one that matches. If two options look close, check the tiny details — direction of a line, number of dots, or shading. Always double-check by asking: 'Does my rule work perfectly, with nothing left over?' If a feature changed in A-to-B but you ignored it, go back! This careful checking is what separates good pupils from Pattern Masters. 🧠

Let's try an easy one together, thinking out loud. On the left: shape A is a **small black circle**. Shape B is a **large black circle**. On the right: shape C is a **small black triangle**, and we need shape D. **Step 1**: Shape A is small, black, and a circle. **Step 2**: Compare to B. B is still black, still a circle, but now LARGE. The only change is size — it grew bigger. **Step 3**: Name the rule: 'The shape gets bigger. Nothing else changes.' **Step 4**: Apply to C. C is a small black triangle. Making it bigger gives us a **large black triangle**. **Step 5**: Look at the options. Suppose the choices are: (a) small black triangle, (b) large black triangle, (c) large white triangle, (d) large black circle. The answer is (b)! Let's check why the others are wrong. Option (a) didn't grow at all — it ignored our rule. Option (c) grew but wrongly changed colour to white. Option (d) grew but is a circle, not a triangle — it changed the shape itself. Only (b) grows the triangle while keeping it black. See how naming the rule clearly made the answer obvious? That's the power of the method. ⭐

Now a trickier two-step example. Shape A is a **white square with an arrow inside pointing up**. Shape B is a **grey square with the arrow pointing right**. Two things changed here, so we must be careful! **Step 1**: A is white, square, arrow up. **Step 2**: Compare to B. The square turned from white to grey — that's change one, a **colour change**. The arrow turned from pointing up to pointing right — that's a quarter turn clockwise, so change two is a **90° clockwise rotation**. This is exactly where pupils slow down: they spot ONE change and rush to answer, missing the second! **Step 3**: Name the full rule: 'The square becomes grey AND the arrow rotates 90° clockwise.' **Step 4**: Apply to C. Suppose C is a **white circle with an arrow pointing up**. Our rule turns the circle grey and rotates the arrow to point right. So D is a **grey circle with an arrow pointing right**. **Step 5**: Among the options, watch for traps: one option will be grey with the arrow still up (only one change applied), and another will be white with the arrow rotated (the other single change). Only the option with BOTH changes is correct. My golden reminder: always ask 'Is there a SECOND change I've missed?' before you commit. 🎯

Here's how this appears in a real GL or CEM exam. You'll see: A : B :: C : ? with four picture options labelled a, b, c, d. Let's crack one. Shape A is a **large hexagon with two dots inside**. Shape B is a **small hexagon with two dots inside**. Shape C is a **large pentagon with three dots inside**. Options: (a) large pentagon with three dots, (b) small pentagon with three dots, (c) small pentagon with two dots, (d) small hexagon with three dots. First, find the rule from A to B: the hexagon stayed a hexagon, the dots stayed at two — only the SIZE shrank from large to small. So the rule is simply 'make it smaller; keep everything else the same.' Apply to C: the large pentagon with three dots becomes a **small pentagon with three dots**. That's option (b)! Now the traps. Option (a) kept it large — it ignored the shrinking rule entirely; tempting if you forgot to check size. Option (c) shrank correctly but wrongly changed three dots to two — it invented an extra change. Option (d) shrank but switched to a hexagon, borrowing the shape from A instead of keeping C's pentagon. Each wrong answer represents a real mistake pupils make. The correct answer follows the rule exactly, changing only what the rule says and nothing more.

Let's finish with the three biggest mistakes — and how to beat them! **Mistake 1: Spotting only ONE change when there are two.** This happens because your eyes lock onto the most obvious difference and stop looking. Fix: after finding one change, always ask 'What ELSE is different?' Scan colour, size, direction, and number every time. **Mistake 2: Inventing changes that aren't there.** Sometimes pupils 'see' a rotation that didn't actually happen, adding extra rules. Fix: only apply changes you can PROVE by comparing A and B directly. If it didn't change from A to B, don't change it in C! **Mistake 3: Borrowing features from the wrong shape.** Pupils accidentally give the answer a feature from shape A instead of keeping shape C's own features. Fix: remember C keeps its own identity — you only apply the RULE, not the whole of A or B. 🐉 Here's my #1 power tip for exam day: **whisper the rule as a full sentence before you look at the options.** Say 'The shape rotates 90° clockwise and turns black' in your head. If you can say it clearly, you understand it — and the right answer will jump out at you. Trust the rule, check the details, and you'll conquer Pattern Island! 🏆

Common mistakes

Frequently asked questions

Why do I have to learn figure analogies for the exam?

They test how cleverly you spot patterns and think logically — a skill grammar schools value highly. Best of all, they don't need reading, so everyone starts equal. You've got this! 🐉

What if I can't spot the rule straight away?

Slow down and check one feature at a time: size, colour, direction, number. Cover shape C and just compare A to B first. The rule always appears when you look carefully!

What if two answers look almost the same?

That's the exam being tricky! Look at the tiniest details — a dot, a line's direction, or shading. One will match your rule perfectly. Trust your careful checking!

How do I know if there's more than one change?

Always ask 'What ELSE is different?' after finding the first change. Many puzzles hide a second transformation, like colour AND rotation. Hunting for it makes you a Pattern Master!

What if I forget the method in the exam?

Just remember three words: Spot, Say, Apply. Spot the change, say the rule in your head, apply it to C. That simple chant will guide you every time!

Are these puzzles ever used in real life?

Yes! Doctors reading X-rays, coders finding patterns, and detectives spotting clues all use this exact skill. You're training a superpower your brain will use forever. Keep going! ⭐