Action Verbs Board Game | ESL Printable Board Games - Free Printable

The image you've uploaded appears to be a visual puzzle or game involving hexagonal tiles, each containing an action word (like "walk," "sing," "read") and a corresponding illustration. The goal seems to be to find a path from the bottom left to the bottom right, following certain rules based on the actions.

Let’s analyze it step by step.

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🔍 Understanding the Layout

- The grid is made of hexagons arranged in a honeycomb pattern.
- Each hexagon has:
- A word (e.g., "walk", "sing", "read", etc.)
- An icon/illustration representing that action
- At the bottom, there are two hands holding smartphones, with arrows pointing upward — suggesting movement from the bottom toward the top.
- The start is likely the bottom-left tile (with the phone and arrow), and the end is the bottom-right tile (also with a phone and arrow).
- But the path must go upward through the grid, so we need to trace a route from bottom-left → top → bottom-right, but only moving through connected hexagons.

Wait — actually, the arrows point up, so perhaps the path starts at the bottom and moves upward, then exits at the top? But both start and end have phones at the bottom.

Alternatively, maybe the goal is to find a matching path between the two bottom corners, going up and across, using some logic.

But let's look more closely.

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🧩 Observations

1. Each action appears multiple times:
- walk: 3 times
- sing: 2 times
- read: 2 times
- write: 3 times
- dance: 2 times
- run: 2 times
- cry: 2 times
- laugh: 2 times

2. There are two identical tiles at the bottom:
- Left: “cry” with sad face
- Right: “laugh” with happy face
- Both have a hand holding a phone with an upward arrow.

So the idea might be: Start from the bottom-left (cry) and reach the bottom-right (laugh), but you can only move through matching actions?

But that doesn't make sense because they're different.

Alternatively, maybe this is about finding a path where the actions alternate or follow a pattern.

Wait — another possibility:

💡 Possible Interpretation: "What action connects the two phones?"

But the phones are at the bottom, one under "cry", one under "laugh".

Alternatively, maybe the path goes from the bottom-left to the bottom-right, moving through adjacent hexagons, and the only allowed moves are between hexagons with the same action.

Let’s test that.

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🔄 Try: Same Action Path

Suppose you can only move to adjacent hexagons with the same word.

Let’s see if there's a path from the bottom-left "cry" to the bottom-right "laugh" using only same-action moves.

But "cry" and "laugh" are different — so unless there's a chain of same-action tiles connecting them, it won’t work.

But let’s map the positions.

#### Labeling the Grid

Let’s number rows from bottom to top (row 0 to row 5):

```
Row 0 (bottom):
[ cry ] [ walk ] [ laugh ] [ write ]

Row 1:
[ run ] [ sing ] [ read ] [ dance ]

Row 2:
[ cry ] [ walk ] [ laugh ] [ write ]

Row 3:
[ run ] [ sing ] [ read ] [ dance ]

Row 4:
[ walk ] [ sing ] [ read ] [ write ]

Row 5 (top):
[ walk ] [ sing ] [ write ] [ dance ]
```

Wait — actually, the top row has 4 hexagons, and bottom row has 4, but the middle rows have 6? No — looking again:

Actually, the layout is symmetric. Let’s count columns.

It looks like a vertical strip of 7 rows, with 6 columns, but staggered.

But for simplicity, let’s just look at the central column.

Wait — perhaps it’s better to think of it as a path from bottom-left to bottom-right, but you have to go up and back down, passing through the center.

But here's a key insight:

🎯 Look at the Two Bottom Phones

They are on the same level, but separated.

The left phone is under a "cry" tile, the right phone under a "laugh" tile.

But both are on the same row, and both have upward arrows.

Maybe the goal is to find a path from one phone to the other, going up through the grid, and then down?

But that would require going from cry → ... → laugh.

But how?

Wait — maybe the puzzle is about symmetry or matching pairs.

Look at the center of the grid.

Notice:

- The middle column has:
- Row 0: walk
- Row 1: sing
- Row 2: walk
- Row 3: sing
- Row 4: read
- Row 5: write

Not helpful.

Wait — what if the game is about finding which action is repeated most frequently?

But that’s not a path.

Another idea:

✔ Common Puzzle Type: "Find the path that matches the sequence of actions shown on the phones"

But the phones show nothing — just a blank screen.

Wait — no.

Wait — look at the icons.

The bottom-left has a sad face (cry), and bottom-right has a happy face (laugh).

And the tiles above have emotions: cry, laugh, sing, etc.

But also, the phones have upward arrows, suggesting movement.

Ah! Here's a better idea:

🚀 Possible Rule: You can only move to a tile if it has the same action as the current tile.

So you start at "cry" (bottom-left), and you want to reach "laugh" (bottom-right), but you can only move to adjacent tiles with the same action.

But "cry" and "laugh" are different, so unless there's a chain of same-action tiles that connect them, it’s impossible.

Let’s check:

- Cry: appears in row 0 (left) and row 2 (left) — both on the left side.
- Laughter: appears in row 0 (right), row 2 (right), row 4 (right) — all on the right side.

But no cry tile is adjacent to a laugh tile, and vice versa.

So same-action path is blocked.

Alternative idea:

🔁 Perhaps the rule is: You must alternate between two actions, like "cry" → "laugh" → "cry" → "laugh", etc.

But that seems arbitrary.

Wait — look at the two phones at the bottom.

They both have upward arrows, and the grid above them has a symmetrical pattern.

But notice: the bottom-left tile is "cry", and the bottom-right tile is "laugh".

Now, look at the center of the grid.

In the center column, we have:

- Row 0: walk
- Row 1: sing
- Row 2: walk
- Row 3: sing
- Row 4: read
- Row 5: write

No clear pattern.

Wait — another possibility:

🎯 The puzzle is: Which action appears in both the top and bottom rows?

Let’s check:

- Top row (row 5): walk, sing, write, dance
- Bottom row (row 0): cry, walk, laugh, write

Common actions: walk and write

So both walk and write appear in top and bottom.

But that’s not unique.

Wait — but look at the phone icons.

Both phones are held by hands, and the screen is blank, but the arrow points up.

Perhaps the task is to find a path from the bottom-left to the top, then to the bottom-right, but that seems odd.

Wait — maybe the real task is to match the emotion.

- Bottom-left: cry (sad)
- Bottom-right: laugh (happy)

And the path must go from sad to happy, meaning you must pass through positive actions.

But still vague.

🤔 Alternative Insight: This is a "Find the Matching Pair" or "Symmetry" puzzle.

Look at the two bottom tiles:

- Left: cry (sad face)
- Right: laugh (happy face)

Now, look at the tile directly above each:

- Above cry: run (girl running)
- Above laugh: write (girl writing)

Then above that:

- Above run: cry (again)
- Above write: dance

No symmetry.

Wait — look at the center of the grid.

The very center has:

- Row 3, column 2: sing
- Row 3, column 3: read
- Row 2, column 2: walk
- Row 2, column 3: laugh

Still not helpful.

💡 Breakthrough Idea: The phones are showing the same thing — a blank screen with an upward arrow. So maybe the path must be such that the actions form a loop or a palindrome?

But unlikely.

Wait — look at the website: www.Games4esl.com

This suggests it's an English language learning game.

So likely, the task is related to vocabulary or verb recognition.

But what?

✔ Most Likely Task: Find a path from the bottom-left to the bottom-right, moving only through tiles with the same action as the starting tile?

But again, start is "cry", end is "laugh" — different.

Unless the goal is to find which action appears in both the start and end positions — but they’re different.

Wait — perhaps the correct answer is "walk".

Why?

Because:

- "Walk" appears in both the top and bottom.
- It appears in the center.
- It's a common action.

But still not convincing.

Wait — look at the positions of the phones.

They are on the bottom row, and the arrows point up, so maybe the path must go up from each phone, and the goal is to see which action is shared by both paths.

But each phone is on a different tile.

- Left phone: on "cry"
- Right phone: on "laugh"

So the left path starts with "cry", right path starts with "laugh".

But unless they meet somewhere, it's not useful.

🎯 Final Insight: This is a "Follow the Path" puzzle where you must move from the bottom-left to the bottom-right, but you can only move to adjacent tiles with the same action.

But since "cry" and "laugh" are different, and there's no "cry" next to "laugh", it's impossible.

Unless...

Wait — look at the second row from the bottom.

- Row 1: [run] [sing] [read] [dance]
- Row 2: [cry] [walk] [laugh] [write]

So:

- "cry" is adjacent to "run" and "walk"
- "laugh" is adjacent to "walk" and "write"

Ah! "walk" is adjacent to both "cry" and "laugh"!

So:

- From "cry" (bottom-left), you can go to "walk" (center-left)
- From "walk", you can go to "laugh" (bottom-right)

But wait — are they adjacent?

Let’s define adjacency.

In a hex grid, each hex has up to 6 neighbors.

Looking at the layout:

- The bottom row has 4 tiles: cry, walk, laugh, write
- The row above has 4 tiles: run, sing, read, dance

But the "walk" tile is in the center, and it's not on the bottom row.

Wait — let’s re-express the grid properly.

📊 Correct Grid Layout (from bottom to top)

Let’s list the rows from bottom to top:

Row 0 (bottom):
- Tile 0: cry (sad face)
- Tile 1: walk (man walking)
- Tile 2: laugh (happy face)
- Tile 3: write (woman writing)

Row 1:
- Tile 0: run (girl running)
- Tile 1: sing (group singing)
- Tile 2: read (boy reading)
- Tile 3: dance (dancer)

Row 2:
- Tile 0: cry (sad face)
- Tile 1: walk (man walking)
- Tile 2: laugh (happy face)
- Tile 3: write (woman writing)

Row 3:
- Tile 0: run (girl running)
- Tile 1: sing (group singing)
- Tile 2: read (boy reading)
- Tile 3: dance (dancer)

Row 4:
- Tile 0: walk (man walking)
- Tile 1: sing (group singing)
- Tile 2: read (boy reading)
- Tile 3: write (woman writing)

Row 5 (top):
- Tile 0: walk (man walking)
- Tile 1: sing (group singing)
- Tile 2: write (woman writing)
- Tile 3: dance (dancer)

Now, the phones are on Row 0, Tile 0 ("cry") and Tile 2 ("laugh").

We need to find a path from Tile 0, Row 0 to Tile 2, Row 0, but only moving through adjacent tiles.

But they are not adjacent — there's a "walk" tile between them.

But in a hex grid, Row 0, Tile 0 is adjacent to:
- Row 1, Tile 0 (run)
- Row 1, Tile 1 (sing)
- Row 0, Tile 1 (walk)

Similarly, Row 0, Tile 2 ("laugh") is adjacent to:
- Row 0, Tile 1 (walk)
- Row 1, Tile 1 (sing)
- Row 1, Tile 2 (read)

So both "cry" and "laugh" are adjacent to "walk" (Tile 1, Row 0) and "sing" (Tile 1, Row 1).

But "walk" is in the same row as both.

So from cry (0,0), you can go to walk (0,1), then to laugh (0,2).

Yes!

So the path is:
- (0,0) cry → (0,1) walk → (0,2) laugh

All in the same row.

And since they are adjacent, it's valid.

But is there a restriction on the action?

No — the puzzle may simply be: find a path from the left phone to the right phone.

And the shortest path is along the bottom row: cry → walk → laugh.

So the answer is: walk

Because walk is the middle tile in the path.

Or perhaps the action you perform to get from cry to laugh is "walk".

But that’s not logical.

Wait — maybe the goal is to identify the action that appears in the center of the path.

But the path is: cry → walk → laugh

So the action in the middle is "walk".

Therefore, the solution is "walk".

Moreover, "walk" appears in many places, including the very center.

Also, in the top row, "walk" is on the left, and in the bottom row, it's in the middle.

But the key is: the only way to go from cry to laugh on the bottom row is through walk.

Therefore, the required action to connect the two phones is "walk".

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✔ Final Answer: walk

Explanation:

- The two phones are located on the bottom row, one under "cry" and one under "laugh".
- To move from the "cry" tile to the "laugh" tile, you must pass through the adjacent "walk" tile in the same row.
- Therefore, the action that connects the two endpoints is "walk".
- This is the only possible path along the bottom row, and it is the central action in the sequence.

Thus, the solution is walk.