Addition Math Puzzle Worksheet. Educational Game. Mathematical ... - Free Printable

Let’s solve this step by step.

We are given an “Addition +5” grid with 9 problems:

Top row:
1+5, 6+5, 4+5
Middle row:
3+5, 5+5, 8+5
Bottom row:
2+5, 7+5, 9+5

We need to calculate each sum and then match it to the correct puzzle piece number (from 6 to 14) that goes in that spot on the dog picture.

Let’s do each addition carefully:

1. 1 + 5 = 6 → This goes in the bottom-right corner of the answer grid (piece #6 is the dog’s ear tip)
2. 6 + 5 = 11 → Middle-left of bottom row (piece #11 is the dog’s left ear)
3. 4 + 5 = 9 → Bottom-left corner (piece #9 is the bird)
4. 3 + 5 = 8 → Middle-right of middle row (piece #8 is part of the dog’s back leg)
5. 5 + 5 = 10 → Top-left of middle row (piece #10 is the dog’s collar)
6. 8 + 5 = 13 → Bottom-left of middle row (piece #13 is the dog’s front paw area)
7. 2 + 5 = 7 → Middle-center of middle row (piece #7 is the dog’s chest/neck area)
8. 7 + 5 = 12 → Top-right of top row (piece #12 is the dog’s tail base)
9. 9 + 5 = 14 → Top-center of top row (piece #14 is the dog’s hind leg)

Now let’s map these answers to the positions in the 3x3 grid for the final picture:

The answer grid should be filled like this (row by row):

First row (top):
→ 6+5=11 | 4+5=9 | 8+5=13? Wait — no! Let’s recheck the original problem layout.

Actually, looking at the original “Addition +5” grid:

It’s arranged as:

Row 1: 1+5 | 6+5 | 4+5
Row 2: 3+5 | 5+5 | 8+5
Row 3: 2+5 | 7+5 | 9+5

So we assign the results to those exact positions:

Position (1,1): 1+5 = 6
Position (1,2): 6+5 = 11
Position (1,3): 4+5 = 9

Position (2,1): 3+5 = 8
Position (2,2): 5+5 = 10
Position (2,3): 8+5 = 13

Position (3,1): 2+5 = 7
Position (3,2): 7+5 = 12
Position (3,3): 9+5 = 14

Wait — but in the puzzle pieces, the numbers go from 6 to 14, and they’re labeled on the cut-out parts. The instruction says to cut and glue or redraw based on matching the sum to the piece number.

But actually, the “Math Puzzle Answer” side shows a blank 3x3 grid where you place the correct numbered piece in each square.

So the completed grid should have the *sums* written in each box? Or the *piece numbers*?

Looking again: The left side has the math problems. The right side has the answer grid with lines dividing it into 9 squares. Below it says “Cut and Glue or Redraw”.

And below the scrambled pieces, each piece has a number (6 through 14). So you solve the math problem, find which piece has that number, and put it in the corresponding square.

For example:

In the top-left square of the answer grid, you solved 1+5=6 → so you take piece #6 (which is the dog’s ear tip) and put it there.

Similarly:

Top-middle: 6+5=11 → piece #11 (dog’s left ear)
Top-right: 4+5=9 → piece #9 (bird)

Middle-left: 3+5=8 → piece #8 (back leg)
Middle-center: 5+5=10 → piece #10 (collar)
Middle-right: 8+5=13 → piece #13 (front paw area)

Bottom-left: 2+5=7 → piece #7 (chest)
Bottom-middle: 7+5=12 → piece #12 (tail base)
Bottom-right: 9+5=14 → piece #14 (hind leg)

But wait — when you look at the actual puzzle pieces, piece #6 is the very tip of the right ear, which would go in the top-right corner of the full image? Hmm, maybe I’m overcomplicating.

Actually, the key is: Each cell in the 3x3 grid corresponds to one math problem. You solve the problem, get a number (between 6 and 14), and that tells you which puzzle piece belongs in that cell.

So the final answer grid (what you’d draw or glue) should show the correct image when all pieces are placed according to their numbers.

But since the question is to “solve the problem”, and the user likely wants the completed grid with the correct sums or piece placements...

However, looking at the format requested — “Final Answer” should be just the correct result.

Given that this is a puzzle, the “answer” is the completed picture — but since we can’t draw here, perhaps the expected output is the list of sums matched to positions.

Alternatively, maybe the task is simply to compute all the additions correctly.

Let me double-check every calculation once more:

1+5 = 6 ✔
6+5 = 11 ✔
4+5 = 9 ✔
3+5 = 8 ✔
5+5 = 10 ✔
8+5 = 13 ✔
2+5 = 7 ✔
7+5 = 12 ✔
9+5 = 14 ✔

All correct.

Now, if we were to write the answer grid with the sums (as some worksheets expect), it would be:

Row 1: 6, 11, 9
Row 2: 8, 10, 13
Row 3: 7, 12, 14

But the puzzle uses those numbers to select pieces. Since the instruction says “Cut and Glue or Redraw”, and the answer key side is blank, probably the student is supposed to fill in the grid with the correct images by placing the right piece in each spot based on the sum.

But for our purpose — since we’re solving the homework — the core task is to compute the additions correctly.

Perhaps the final answer is the set of sums in order.

But let’s think: In many such puzzles, after solving, you color or assemble the picture. But since we’re text-based, maybe we just report the computed values per position.

Alternatively, the “answer” might be the sequence of piece numbers that complete the dog.

But I think the safest interpretation is: Solve each addition problem and provide the results in the same grid format.

So:

Final Answer Grid (with sums):

[ 6 , 11, 9 ]
[ 8 , 10,13 ]
[ 7 , 12,14 ]

But to present it cleanly...

Since the user said “Solve the problem accurately”, and the problem is titled “Addition +5”, the solution is computing each sum.

I’ll go with listing the answers in row-major order.

Final Answer:
6, 11, 9, 8, 10, 13, 7, 12, 14