Halloween Multiplication Worksheet for kids to solve math problems and match products to letters.

Let’s solve this step by step.

We have a grid of multiplication problems. For each one, we multiply the two numbers and then match the product to the letter in the “Alphabet Key” at the bottom. Then we write that letter in the small box next to the problem.

Let’s go row by row, left to right.

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First Row:

1. 1 × 3 = 3 → Look for 3 in key → L - 3 → Letter: L
2. 4 × 3 = 12 → Look for 12 → X - 12 → Letter: X
3. 2 × 3 = 6 → Look for 6 → S - 6 → Letter: S
4. 4 × 1 = 4 → Look for 4 → O - 4 → Letter: O

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Second Row:

5. 5 × 5 = 25 → Look for 25 → A - 25 → Letter: A
6. 9 × 2 = 18 → Look for 18 → C - 18 → Letter: C
7. 5 × 3 = 15 → Look for 15 → F - 15 → Letter: F
8. 7 × 4 = 28 → Look for 28 → E - 28 → Letter: E

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Third Row:

9. 6 × 7 = 42 → Look for 42 → U - 42 → Letter: U
10. 8 × 2 = 16 → Look for 16 → M - 16 → Letter: M
11. 8 × 0 = 0 → Look for 0 → Q - 0 → Letter: Q
12. 5 × 9 = 45 → Look for 45 → W - 45 → Letter: W
13. 0 × 1 = 0 → Again, 0 → Q - 0 → Letter: Q
14. 5 × 6 = 30 → Look for 30 → Z - 30 → Letter: Z

Wait — let me check the grid again. The third row has 6 boxes? Let me recount from the image description.

Actually, looking back at the original layout:

The grid is arranged as:

Row 1: 4 problems
Row 2: 4 problems
Row 3: 6 problems? Wait no — let's list them properly based on standard reading order (left to right, top to bottom).

From the text description:

After first 4 (row 1), next 4 are row 2.

Then it says:

“6 x7 | 8x2 | 8x0 | 5x9 | 0x1 | 5x6” → that’s 6 problems → row 3

Then:

“3x6 | 9x6 | 5x8 | 6x1 | 7x9 | 3x3” → another 6 → row 4

So total 4 + 4 + 6 + 6 = 20 problems? But alphabet key only goes up to Z, and we’re matching products to letters.

But let’s continue solving all.

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Fourth Row:

15. 3 × 6 = 18 → C - 18 → C
16. 9 × 6 = 54 → D - 54 → D
17. 5 × 8 = 40 → Y - 40 → Y
18. 6 × 1 = 6 → S - 6 → S
19. 7 × 9 = 63 → K - 63 → K
20. 3 × 3 = 9 → B - 9 → B

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Now, let’s compile all answers in order:

Row 1: L, X, S, O
Row 2: A, C, F, E
Row 3: U, M, Q, W, Q, Z
Row 4: C, D, Y, S, K, B

But wait — the instruction says: “Write the letter in the appropriate box.” So each problem gets its own letter. Since the user didn’t specify what format they want the final answer in, but given the context, probably they just need the letters corresponding to each problem in order.

However, since the task is to “solve the problem accurately”, and there’s no specific question like “what word do you get?” or anything, I think the expected output is simply the list of letters matched to each multiplication problem, in order.

But let me double-check every calculation against the key to avoid mistakes.

Key recap:

D-54, E-28, L-3, S-6, W-45, B-9
K-63, C-18, O-4, M-16, Q-0, Y-40
A-25, F-15, X-12, U-42, Z-30

All used correctly above.

Let me re-verify a few tricky ones:

- 8×0=0 → Q ✔️
- 0×1=0 → Q ✔️
- 5×9=45 → W ✔️
- 7×9=63 → K ✔️
- 3×3=9 → B ✔️
- 9×6=54 → D ✔️
- 5×8=40 → Y ✔️
- 6×1=6 → S ✔️
- 3×6=18 → C ✔️
- 8×2=16 → M ✔️
- 6×7=42 → U ✔️
- 5×6=30 → Z ✔️
- 5×5=25 → A ✔️
- 9×2=18 → C ✔️
- 5×3=15 → F ✔️
- 7×4=28 → E ✔️
- 1×3=3 → L ✔️
- 4×3=12 → X ✔️
- 2×3=6 → S ✔️
- 4×1=4 → O ✔️

All correct.

Since the problem doesn’t ask for a hidden word or message, just to solve each part, the final answer should be the sequence of letters for each problem in order.

But perhaps the student is meant to fill in the boxes with these letters. Since we can't draw boxes here, we’ll list them in order.

Final Answer:

L, X, S, O, A, C, F, E, U, M, Q, W, Q, Z, C, D, Y, S, K, B