10 Mystery Grid Drawing Worksheets - Free PDF at worksheeto.com - Free Printable

This is a Mystery Picture Grid Puzzle, where you are supposed to copy the content from each numbered box in the top grid into the corresponding numbered box in the bottom grid. Once all pieces are placed correctly, they will form a complete image.

Let’s go through the solution step by step.

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🔍 Step 1: Understand the Instructions

- There are 25 boxes in the top section, each labeled with a number (1–25).
- The bottom section has an empty 5×5 grid, also labeled 1–25.
- You must copy the exact shape or drawing from each top box into the matching-numbered box in the bottom grid.

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🧩 Step 2: Analyze the Top Grid

We’ll examine each numbered box and describe what's in it:

| Number | Description |
|--------|-------------|
| 1 | Blank |
| 2 | Blank |
| 3 | A small curved line (like a hook) |
| 4 | Part of a curved outline (top edge of something rounded) |
| 5 | A small squiggle (tail-like) |
| 6 | Blank |
| 7 | Blank |
| 8 | Curved lines forming part of a banana peel |
| 9 | Tree trunk and branches (left side of tree) |
| 10 | Curved arc (part of a banana curve) |
| 11 | Banana tip (end of banana with stem) |
| 12 | Horizontal stripes (middle of banana) |
| 13 | Wavy lines (banana peel texture) |
| 14 | Curved lines (peel detail) |
| 15 | Vertical curve (side of banana) |
| 16 | Bottom of banana with small dot (possibly a seed or shadow) |
| 17 | Banana tip with stem (similar to 11 but flipped?) |
| 18 | Wavy lines (more banana peel) |
| 19 | Curved lines (continuation of peel) |
| 20 | Diagonal curve (side of banana) |
| 21 | Blank |
| 22 | Blank |
| 23 | Banana stem and top curve |
| 24 | Curved line (top of banana) |
| 25 | Blank |

Now, let’s look at the pattern:

- Many of the shapes are parts of a banana.
- Some are parts of a tree (box 9).
- Box 3 has a small hook — possibly a tail?
- But wait — looking closely, the banana appears multiple times.

Wait — actually, upon closer inspection:

- Boxes like 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 23, 24 seem to be segments of a banana.
- Box 9 shows trees — likely a background.
- Box 5 has a small tail-like shape.
- Box 3 has a small hook.

But when we place them in order, especially noticing that boxes 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 23, 24 form a banana, and box 9 is a tree, and box 5 is a tail, this suggests...

Wait — could it be a monkey?

Let’s re-analyze:

- Box 11: banana tip
- Box 12: banana middle
- Box 13: banana peel
- Box 14: peel
- Box 15: banana side
- Box 16: banana bottom
- Box 17: banana tip again? Or stem?
- Box 18: peel
- Box 19: peel
- Box 20: banana side
- Box 23: banana stem
- Box 24: banana top
- Box 9: tree
- Box 5: tail?
- Box 3: hook?
- Box 1,2,6,7,8,21,22 are blank

Wait — maybe not monkey.

Alternatively, consider:

- Boxes 8, 13, 14, 18, 19 show curved wavy lines — typical of banana peel.
- Boxes 11, 12, 15, 16, 17, 20, 23, 24 form a banana.
- Box 9 is a tree.
- Box 5 is a small squiggle — perhaps a tail?

But there’s no clear animal.

Wait — here’s a better idea.

Let’s look at box 11: It shows the tip of a banana with a stem.

Box 12: horizontal stripes — inside of banana.

Box 13: wavy lines — peel.

Box 14: more peel.

Box 15: vertical curve — side of banana.

Box 16: bottom of banana.

Box 17: another banana tip? Or same as 11?

Actually, box 17 looks like the same as box 11, just rotated?

Wait — no. Let’s compare:

- Box 11: Shows the bottom tip of a banana with a small stem.
- Box 17: Shows the top end of a banana with a stem.

So together, box 11 and 17 might be two ends.

But if we combine 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 23, 24, it forms a complete banana.

And box 9 is a tree.

But how do these fit into the grid?

Let’s try to reconstruct.

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🧠 Step 3: Reconstruct the Image

Let’s assume the final image is a banana hanging from a tree, and the puzzle is to assemble the picture.

But the grid is 5x5 = 25 squares.

Let’s map the positions.

The bottom grid has numbers 1 to 25 arranged in rows:

```
Row 1: 1 2 3 4 5
Row 2: 6 7 8 9 10
Row 3:11 12 13 14 15
Row 4:16 17 18 19 20
Row 5:21 22 23 24 25
```

Now, let’s assign each top box to its correct position.

We need to copy the drawing from top box N into bottom grid cell N.

So:

- Copy box 1 → grid cell 1 → blank
- Copy box 2 → grid cell 2 → blank
- Copy box 3 → grid cell 3 → small hook
- Copy box 4 → grid cell 4 → curved top edge
- Copy box 5 → grid cell 5 → small squiggle (tail?)
- Copy box 6 → grid cell 6 → blank
- Copy box 7 → grid cell 7 → blank
- Copy box 8 → grid cell 8 → wavy lines (peel)
- Copy box 9 → grid cell 9 → tree trunk and branches
- Copy box 10 → grid cell 10 → curved arc
- Copy box 11 → grid cell 11 → banana tip (with stem)
- Copy box 12 → grid cell 12 → horizontal stripes (banana body)
- Copy box 13 → grid cell 13 → wavy lines (peel)
- Copy box 14 → grid cell 14 → curved peel
- Copy box 15 → grid cell 15 → vertical curve (side of banana)
- Copy box 16 → grid cell 16 → bottom of banana
- Copy box 17 → grid cell 17 → banana tip (other end)
- Copy box 18 → grid cell 18 → wavy lines
- Copy box 19 → grid cell 19 → curved lines
- Copy box 20 → grid cell 20 → diagonal curve
- Copy box 21 → grid cell 21 → blank
- Copy box 22 → grid cell 22 → blank
- Copy box 23 → grid cell 23 → banana stem
- Copy box 24 → grid cell 24 → curved top
- Copy box 25 → grid cell 25 → blank

Now, let’s see what emerges.

Look at grid row 3:
- Cell 11: banana tip
- Cell 12: banana body
- Cell 13: peel
- Cell 14: peel
- Cell 15: side

That’s a horizontal banana.

Row 4:
- Cell 16: bottom of banana
- Cell 17: banana tip (again?)
- Cell 18: peel
- Cell 19: peel
- Cell 20: curve

Wait — this seems inconsistent.

But notice: box 17 is not the same as box 11 — it’s the top of a banana, while box 11 is the bottom.

So perhaps the banana is vertical.

Let’s think differently.

Maybe the banana is hanging down.

Look at box 11 (banana tip with stem) → should be top of banana.

Box 17 (banana tip with stem) → maybe bottom?

No — both have stems.

Wait — box 11 has a stem pointing up, so it's the top.

Box 17 has a stem pointing down, so it's the bottom.

Ah! That makes sense.

So:

- Box 11: top of banana (stem up)
- Box 17: bottom of banana (stem down)

Then:

- Box 12: horizontal stripe → middle of banana
- Box 13: wavy lines → peel
- Box 14: peel
- Box 15: side
- Box 16: bottom
- Box 18: peel
- Box 19: peel
- Box 20: side
- Box 23: stem
- Box 24: top curve

But now, how do they fit?

Let’s look at the positions:

- Cell 11: top of banana → probably the top left of the banana
- Cell 12: middle → next to it
- Cell 13: peel → right of that
- Cell 14: peel → further right
- Cell 15: side → far right
- Then Cell 16: bottom → below cell 11?
- But cell 16 is below cell 11.

Wait — the grid layout:

```
Row 3: 11 12 13 14 15
Row 4: 16 17 18 19 20
```

So:

- Row 3: cells 11–15 → horizontal
- Row 4: cells 16–20 → horizontal

If we place the banana horizontally across row 3, then:

- Cell 11: banana tip (top)
- Cell 12: banana body
- Cell 13: peel
- Cell 14: peel
- Cell 15: side

Then row 4:

- Cell 16: bottom of banana → under cell 11
- Cell 17: banana tip → under cell 12
- But that would make two bananas?

No — unless it’s a banana split?

Wait — perhaps the banana is diagonal.

But let’s look at box 9: tree trunk and branches → in cell 9 (row 2, column 3)

So the tree is in the center-top.

Then box 23: banana stem → cell 23 (row 5, col 3)

Box 24: curved top → cell 24 (row 5, col 4)

Box 25: blank → cell 25

Box 1: blank → cell 1

Box 2: blank → cell 2

Box 3: small hook → cell 3

Box 4: curved top → cell 4

Box 5: squiggle → cell 5

Box 6: blank → cell 6

Box 7: blank → cell 7

Box 8: wavy lines → cell 8

Box 10: curved arc → cell 10

Now, look at cell 8: wavy lines → peel

Cell 13: wavy lines → peel

Cell 18: wavy lines → peel

Cell 19: wavy lines → peel

So cells 8, 13, 18, 19 have peel patterns.

Also, cell 14: curved lines

Cell 15: vertical curve

Cell 20: diagonal curve

Wait — perhaps the banana is hanging from the tree.

Tree is in cell 9.

Banana stem in cell 23 (bottom row, center).

So maybe the banana hangs downward from the tree.

But cell 9 is above cell 14, which is in row 3.

Cell 23 is in row 5.

So from cell 9 (tree), the banana hangs down to cell 23 (stem), then cell 24, cell 20, etc.

But cell 23 is a banana stem — so it’s the top of the banana.

Wait — box 23 shows a banana stem with a curve — so it’s the top.

Then box 24 is a curved top — maybe the start of the banana.

Then box 20 is a diagonal curve — could be side.

Box 19: curved lines

Box 18: wavy lines

Box 13: wavy lines

Box 14: curved lines

Box 15: vertical curve

Box 17: banana tip (bottom)

So perhaps the banana goes from cell 23 (stem) → cell 24 → cell 20 → cell 19 → cell 18 → cell 17 (bottom)?

But those are not in a straight line.

Wait — cell 23 is row 5, col 3

cell 24 is row 5, col 4

cell 20 is row 4, col 5

cell 19 is row 4, col 4

cell 18 is row 4, col 3

cell 17 is row 4, col 2

So the path is:

- 23 (col 3, row 5)
- 24 (col 4, row 5)
- 20 (col 5, row 4)
- 19 (col 4, row 4)
- 18 (col 3, row 4)
- 17 (col 2, row 4)

That’s a V-shape.

But that doesn’t make sense for a banana.

Alternatively, maybe the banana is horizontal.

Let’s try this:

- Cell 11: banana tip (top)
- Cell 12: banana body
- Cell 13: peel
- Cell 14: peel
- Cell 15: side

That’s row 3, columns 1–5.

Then cell 16: bottom of banana → below cell 11

cell 17: banana tip → below cell 12

But that would make two bananas.

Unless it’s a split banana.

But no — look at box 11: it’s the tip with stem, so it’s the top.

box 17: it’s the tip with stem, but stem pointing down — so it’s the bottom.

So if we place:

- cell 11: top of banana
- cell 12: middle
- cell 13: peel
- cell 14: peel
- cell 15: side
- cell 16: bottom
- cell 17: bottom tip

But cell 16 and 17 are both in row 4.

Wait — perhaps the banana is vertical, from cell 11 (top) down to cell 17 (bottom), with cells 12, 13, 14, 15, 16 in between.

But they are not aligned.

Only cell 11 and cell 16 are vertically aligned (11 and 16 are in same column).

Cell 11 is row 3, col 1

Cell 16 is row 4, col 1

Cell 17 is row 4, col 2

So not aligned.

This is confusing.

Let’s try a different approach.

Perhaps the banana is horizontal, and the tree is behind it.

But box 9 (tree) is in cell 9 → row 2, col 3

box 11 (banana tip) is in cell 11 → row 3, col 1

box 12 → cell 12 → row 3, col 2

box 13 → cell 13 → row 3, col 3

box 14 → cell 14 → row 3, col 4

box 15 → cell 15 → row 3, col 5

So row 3: 11,12,13,14,15 → a horizontal banana

Then box 16 → cell 16 → row 4, col 1

box 17 → cell 17 → row 4, col 2

box 18 → cell 18 → row 4, col 3

box 19 → cell 19 → row 4, col 4

box 20 → cell 20 → row 4, col 5

So row 4: 16,17,18,19,20 → another horizontal banana?

But that’s two bananas.

Unless it’s a banana split or two bananas.

But box 16 is the bottom of a banana.

box 17 is a banana tip.

So perhaps:

- Row 3: one banana
- Row 4: another banana

But they are stacked.

Alternatively, the banana is vertical, with:

- Cell 11: top (row 3, col 1)
- Cell 16: bottom (row 4, col 1)
- So vertical in col 1

But then cell 12 is row 3, col 2 — not connected.

This is not working.

Wait — let’s look at box 11: it shows a banana tip with a stem.

box 17: shows a banana tip with a stem, but the stem is pointing down.

So box 17 is the bottom of the banana.

Similarly, box 11 is the top.

So the banana goes from box 11 to box 17, passing through box 12, 13, 14, 15, 16, 18, 19, 20, etc.

But the only way to connect them is if the banana is diagonal.

For example:

- Cell 11: top-left
- Cell 12: middle
- Cell 13: peel
- Cell 14: peel
- Cell 15: side
- Cell 16: bottom
- Cell 17: bottom tip

But they are not in a diagonal.

Wait — perhaps the banana is horizontal, and the tree is in the background, and the banana is hanging from the tree.

But the tree is in cell 9 (row 2, col 3)

Then the banana stem should be near it.

But box 23 (banana stem) is in cell 23 (row 5, col 3)

So directly below the tree.

So the banana hangs from the tree down to the bottom.

So:

- Cell 9: tree
- Cell 23: banana stem (attached to tree)
- Cell 24: curved top
- Cell 20: side
- Cell 19: peel
- Cell 18: peel
- Cell 17: bottom tip

But cell 23 is row 5, col 3

Cell 24 is row 5, col 4

Cell 20 is row 4, col 5

Cell 19 is row 4, col 4

Cell 18 is row 4, col 3

Cell 17 is row 4, col 2

So the banana goes from cell 23 (stem) → cell 24 (right) → cell 20 (up-right) → cell 19 (up) → cell 18 (up-left) → cell 17 (left)

That’s a zigzag.

Not realistic.

Alternatively, perhaps the banana is horizontal, and the tree is on the side.

But the tree is in cell 9, which is central.

Another idea: perhaps the image is a banana with a tree behind it, and the banana is horizontal, spanning cells 11 to 15.

Then the peel is in cells 8, 13, 18, 19.

But cell 8 is row 2, col 3 — above cell 13.

Cell 13 is row 3, col 3.

So cell 8 is above cell 13.

So perhaps the peel is above the banana.

But that doesn't make sense.

Wait — let’s look at box 8: it shows a wavy line — like a peel.

box 13: wavy line — same.

box 18: wavy line.

box 19: wavy line.

So perhaps the banana has a peel that is shown in multiple cells.

But in the final image, the peel should be around the banana.

Given the complexity, and since this is a common type of puzzle, I believe the intended image is a banana.

After careful analysis, the most likely solution is that the banana is formed by placing the pieces in their numbered cells, and when assembled, it reveals a banana hanging from a tree.

But based on the layout, the correct way is simply to copy each piece to its numbered cell.

So the solution is to:

> Copy the drawing from each numbered box in the top grid into the corresponding numbered cell in the bottom grid.

Once done, the image will reveal a banana with a tree in the background.

Specifically:

- The banana is formed by cells 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 23, 24
- The tree is in cell 9
- The stem is in cell 23
- The top is in cell 24
- The bottom is in cell 17
- The peel is in cells 8, 13, 18, 19, etc.

After copying, the mystery picture is a banana hanging from a tree.

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✔ Final Answer:

To solve the puzzle:

1. Copy each drawing from the top grid into the corresponding numbered cell in the bottom grid.
2. After filling all cells, the completed image will be a banana with a tree in the background.
3. The banana is likely positioned horizontally or diagonally, with the tree in the center.

The mystery picture is a banana hanging from a tree.

> 💡 Tip: Use a pencil and carefully trace each shape into the correct cell. The image will emerge once all pieces are in place.

Let me know if you'd like a visual reconstruction!