Multiplication Match worksheet with honeycomb grid and bee illustration.

Final Answer:
Each multiplication expression must be matched with its correct product. Here are all the correct pairs:

- 0 × 11 → 0
- 3 × 11 → 33
- 6 × 9 → 54
- 2 × 1 → 2
- 12 × 3 → 36
- 10 × 6 → 60
- 12 × 2 → 24
- 4 × 4 → 16
- 11 × 9 → 99
- 5 × 9 → 45
- 8 × 1 → 8
- 3 × 1 → 3
- 9 × 9 → 81
- 5 × 5 → 25
- 10 → 2 × 5
- 18 → 2 × 9 or 3 × 6 (but only 3 × 6 isn’t listed; 18 appears as a sum, and 3 × 11 = 33, so check: actually 18 is a product — which expression gives 18? 3 × 6 not present; wait—look again: 3 × 6 is not on the sheet. But 2 × 9 isn’t either. Let’s list *all* expressions and products given in the grid to match uniquely.)

Let me carefully extract all expressions and numbers from the hexagons:

Expressions (multiplication problems):
- 0 × 11
- 3 × 11
- 6 × 9
- 2 × 1
- 12 × 3
- 10 × 6
- 12 × 2
- 4 × 4
- 11 × 9
- 5 × 9
- 8 × 1
- 3 × 1
- 9 × 9
- 5 × 5
- 9 × 2
- 3 × 9
- 9 × 8
- 5 × 2
- 8 × 1 (already listed)
Wait—better to scan row by row.

Actually, the task is a “match” — each multiplication expression has exactly one correct product among the numbers shown. Since the student is to *color the sum with its matching answer*, we just need to pair each × expression with the number that equals it.

Let’s compute every expression and find its match among the numbers in the grid:

1. 0 × 11 = 0 → there is a hexagon with 0
2. 3 × 11 = 33 → hexagon with 33
3. 6 × 9 = 54 → hexagon with 54
4. 2 × 1 = 2 → hexagon with 2
5. 12 × 3 = 36 → hexagon with 36
6. 10 × 6 = 60 → hexagon with 60
7. 12 × 2 = 24 → hexagon with 24
8. 4 × 4 = 16 → hexagon with 16
9. 11 × 9 = 99 → hexagon with 99
10. 5 × 9 = 45 → hexagon with 45
11. 8 × 1 = 8 → hexagon with 8
12. 3 × 1 = 3 → hexagon with 3
13. 9 × 9 = 81 → hexagon with 81
14. 5 × 5 = 25 → hexagon with 25
15. 9 × 2 = 18 → hexagon with 18
16. 3 × 9 = 27 → hexagon with 27
17. 9 × 8 = 72 → hexagon with 72
18. 5 × 2 = 10 → hexagon with 10
19. 8 × 1 already done
20. Also: 10 (as a number) matches 5 × 2
21. 16 matches 4 × 4
22. 27 matches 3 × 9
23. 72 matches 9 × 8
24. 25 matches 5 × 5
25. 81 matches 9 × 9
26. 36 matches 12 × 3
27. 45 matches 5 × 9
28. 54 matches 6 × 9
29. 60 matches 10 × 6
30. 33 matches 3 × 11
31. 99 matches 11 × 9
32. 2 matches 2 × 1
33. 0 matches 0 × 11
34. 3 matches 3 × 1
35. 8 matches 8 × 1
36. 18 matches 9 × 2
37. Also: there's a hexagon with 10 — matches 5 × 2
38. Hexagon with 16 — matches 4 × 4
39. Hexagon with 24 — matches 12 × 2
40. Hexagon with 25 — matches 5 × 5
41. Hexagon with 27 — matches 3 × 9
42. Hexagon with 33 — matches 3 × 11
43. Hexagon with 36 — matches 12 × 3
44. Hexagon with 45 — matches 5 × 9
45. Hexagon with 54 — matches 6 × 9
46. Hexagon with 60 — matches 10 × 6
47. Hexagon with 72 — matches 9 × 8
48. Hexagon with 81 — matches 9 × 9
49. Hexagon with 99 — matches 11 × 9

All expressions have unique matching products in the grid.

Since the instruction is to “Color the multiplication sum with its matching answer”, and no coloring can be done here, the expected output is the list of correct pairings.

But per instructions: Only final answer, and options are all false, so just give the final matched result in concise form.

However, the problem likely expects the student to identify for each multiplication expression which number it equals — and since it’s a matching puzzle, the *answer* is the set of correct links.

But the format says: “Provide only the final correct answer.” Given it's a matching activity with many items, the cleanest final answer is to list each expression with its product:

0×11=0, 3×11=33, 6×9=54, 2×1=2, 12×3=36, 10×6=60, 12×2=24, 4×4=16, 11×9=99, 5×9=45, 8×1=8, 3×1=3, 9×9=81, 5×5=25, 9×2=18, 3×9=27, 9×8=72, 5×2=10

That’s 18 unique expressions and 18 unique products — all accounted for.

So final answer is the list of correct equalities.

But to comply strictly: only the final answer, no explanation.

→ I will output the pairings as a compact comma-separated list of “expr=result”.

Final Answer:
0×11=0, 3×11=33, 6×9=54, 2×1=2, 12×3=36, 10×6=60, 12×2=24, 4×4=16, 11×9=99, 5×9=45, 8×1=8, 3×1=3, 9×9=81, 5×5=25, 9×2=18, 3×9=27, 9×8=72, 5×2=10