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Matrix Reasoning Puzzle 2 - Find the Missing Piece

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Find the pattern and circle the piece that completes the matrix.

Practice and check

Worked example

Apply the same row and column rule to the missing cell. Compare each option with the required features.

shape: ⬢; color: teal → shape: ★; color: teal → shape: ◆; color: teal

  1. ★ → ◆ → ⬢
  2. ◆ → ⬢ → ★
  3. ⬢ → ★ → ◆
Check answers after trying

1: C 2: B 3: A 4: D

Printed order

Solution diagram
Solution diagram

Why this answer

  1. 1: C = shape: ◆; color: teal A: shape: ⬢; color: teal ≠ shape: ◆; color: teal B: shape: ★; color: teal ≠ shape: ◆; color: teal D: shape: ●; color: teal ≠ shape: ◆; color: teal
  2. 2: B = shape: ■; color: orange A: shape: ■; color: teal ≠ shape: ■; color: orange C: shape: ■; color: purple ≠ shape: ■; color: orange D: shape: ■; color: yellow ≠ shape: ■; color: orange
  3. 3: A = count: 6; color: red B: count: 5; color: red ≠ count: 6; color: red C: count: 7; color: red ≠ count: 6; color: red D: count: 4; color: red ≠ count: 6; color: red
  4. 4: D = shape: ↑; color: red; turn: 0 A: shape: ↑; color: red; turn: 270 ≠ shape: ↑; color: red; turn: 0 B: shape: ↑; color: red; turn: 90 ≠ shape: ↑; color: red; turn: 0 C: shape: ↑; color: red; turn: 180 ≠ shape: ↑; color: red; turn: 0

Next worksheet: Matrix Reasoning Puzzle 3 - Find the Missing Piece

Shared practice guide

Tips for Parents

▸ Why It Matters The first worksheet in this series taught your child to hunt for a single governing rule in a row or column, and that strategy worked reliably every time. This second set deliberately breaks that comfortable assumption by mixing in puzzles where two simple rules operate at once and independently of each other — color might change consistently moving across a row while, completely separately, shape changes moving down a column, and both patterns have to be spotted and tracked at the same time to find the missing piece. This means the shortcut of pattern-matching to "the last puzzle looked like this one" stops working here, because every single grid genuinely needs to be read fresh, on its own terms, without assuming it works the same way as the one before it. This is a meaningfully more advanced form of reasoning than spotting one rule, because it requires holding two separate threads of logic in mind simultaneously rather than collapsing everything into a single observation, which is exactly the kind of multi-variable thinking that shows up in later science experiments, in reading comprehension questions with more than one correct detail to track, and in real analytical work of nearly any kind. ▸ Getting Started Encourage your child to deliberately check more than one property at once, one at a time and in a fixed order, rather than staring at the whole grid hoping one obvious pattern jumps out: does the color change consistently moving across the row, and separately, does the shape change consistently moving down the column? Walking through shape, then color, then count, then rotation as a checklist, rather than eyeballing the grid as a whole, is far more reliable at catching two rules that are quietly operating side by side. ▸ If They Get Stuck Have your child cover up the four answer choices with a hand and draw or describe out loud what they believe the missing piece should look like before ever looking at the options at all. This single habit prevents the common trap of scanning the answer choices first and simply picking whichever one "looks right" or feels most familiar, which short-circuits the actual reasoning this worksheet is meant to build. ▸ Praise Points Praise your child's flexibility across different puzzles within the very same set, since that flexibility is the real skill here: "This puzzle used a color rule and that one used a rotation rule, and you didn't assume they'd work the same way just because they're both matrix puzzles — figuring out that each grid needs its own fresh look is exactly right."

What This Worksheet Builds

This worksheet trains children to check more than one property at a time, since many puzzles here combine two simple rules — such as color changing across a row while shape changes down a column — rather than relying on one obvious pattern.

Next Step

After mastering combined rules, try Matrix Reasoning Puzzle 3, which introduces size-progression puzzles where shapes grow larger step by step.