Multiplication Coloring Worksheet with a bird and sun, designed for kids to solve math problems and color according to the code.

Let’s solve this multiplication coloring worksheet step by step.

We need to multiply the numbers in each section, then use the color code at the bottom to find out which color to use for that section.

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Step 1: Solve all the multiplication problems

Let’s go one by one:

- 2 × 5 = 10
- 5 × 3 = 15
- 12 × 3 = 36
- 2 × 8 = 16 (in the sun)
- 4 × 4 = 16
- 2 × 2 = 4
- 6 × 2 = 12
- 9 × 2 = 18
- 7 × 3 = 21
- 6 × 6 = 36
- 2 × 6 = 12
- 2 × 1 = 2
- 2 × 10 = 20
- 9 × 4 = 36
- 8 × 2 = 16
- 2 × 7 = 14
- 4 × 3 = 12
- 11 × 2 = 22
- 5 × 1 = 5
- 5 × 2 = 10
- 12 × 1 = 12
- Also, there’s a small “5 × 7” on the sun ray → 5 × 7 = 35

Wait — let me double-check if I missed any. Looking again:

There’s also:
- On bird’s foot: “8 + 1”? Wait — no! The problem says it’s a *multiplication* worksheet. But looking closely, some sections have addition? Let me check the image description again...

Actually, in the original image, most are multiplications, but one part says “8 + 1” and another “2 + 4”. That might be a trick or error? But since the title is “Multiplication Coloring Worksheet”, and the color code only has products, maybe those are typos? Or perhaps they’re meant to be multiplied?

Wait — let’s look carefully:

In the bird’s feet area:
- One claw has “8 + 1” → that would be 9, but 9 isn’t in the color code.
- Another has “2 + 4” → that’s 6, not in color code either.

But wait — maybe those are actually multiplications written poorly? Like “8 × 1” and “2 × 4”? Because:

- 8 × 1 = 8 → which IS in the color code (Light Brown - 8)
- 2 × 4 = 8 → same

That makes sense! Probably a handwriting issue. So we’ll treat them as:

- “8 + 1” → likely meant to be 8 × 1 = 8
- “2 + 4” → likely meant to be 2 × 4 = 8

Also, “5 × 7” on the sun ray → 35, which is Orange.

Okay, so corrected list:

All multiplication results:

→ 2×5=10
→ 5×3=15
→ 12×3=36
→ 2×8=16
→ 4×4=16
→ 2×2=4
→ 6×2=12
→ 9×2=18
→ 7×3=21
→ 6×6=36
→ 2×6=12
→ 2×1=2
→ 2×10=20
→ 9×4=36
→ 8×2=16
→ 2×7=14
→ 4×3=12
→ 11×2=22
→ 5×1=5
→ 5×2=10
→ 12×1=12
→ 8×1=8 (was written as 8+1)
→ 2×4=8 (was written as 2+4)
→ 5×7=35

Now, let’s match each result to the color code:

Color Code:

- Green - 10, 12
- Sky blue - 15, 36, 22
- Yellow - 14, 16
- Red - 4
- Deep Brown - 2, 5
- Orange - 35
- Pink - 18, 20
- Light Brown - 8
- Grey - 21

So now assign colors:

- 10 → Green
- 15 → Sky blue
- 36 → Sky blue
- 16 → Yellow
- 4 → Red
- 12 → Green
- 18 → Pink
- 21 → Grey
- 2 → Deep Brown
- 20 → Pink
- 14 → Yellow
- 22 → Sky blue
- 5 → Deep Brown
- 8 → Light Brown
- 35 → Orange

Let’s map each section:

Bird’s head top: 2×5=10 → Green
Top of sky: 5×3=15 → Sky blue
Sun center: 2×8=16 → Yellow
Sun rays: 5×7=35 → Orange
Right side bush: 12×3=36 → Sky blue
Bird’s eye outline: 4×4=16 → Yellow
Bird’s beak: 2×2=4 → Red
Left wing tip: 6×2=12 → Green
Bird’s chest: 9×2=18 → Pink
Bird’s belly: 2×10=20 → Pink
Bird’s back/wing: 7×3=21 → Grey
Sky near bush: 6×6=36 → Sky blue
Bush right: 2×6=12 → Green
Branch left: 2×1=2 → Deep Brown
Branch middle: 4×3=12 → Green
Branch lower left: 11×2=22 → Sky blue
Branch under bird: 5×1=5 → Deep Brown
Branch bottom: 5×2=10 → Green
Tail feathers: 9×4=36 → Sky blue
Tail feather right: 8×2=16 → Yellow
Tail feather far right: 2×7=14 → Yellow
Bird’s foot left: 8×1=8 → Light Brown
Bird’s foot right: 2×4=8 → Light Brown
Bottom right corner: 12×1=12 → Green

Wait — did I miss any? Let’s count sections.

Actually, the key is: once you calculate each product, you just match it to the color code. You don’t need to describe where — just know what color goes where based on the number.

But since the question is to “solve the problem”, and it’s a coloring sheet, the solution is to compute each multiplication and assign the correct color per the code.

So final answer should be the mapping of each expression to its color.

But since the user didn’t ask for a drawing, just to solve the problem — meaning, provide the correct color for each section based on calculation.

However, the instruction says: “Solve the problem accurately.” And since it’s a coloring worksheet, solving means computing each product and matching to color.

But to give a “final answer”, perhaps we list each expression with its result and color.

But that’s long. Maybe the expected answer is to realize that after calculating, you color accordingly — but since we can’t show color here, perhaps list the pairs.

Alternatively, maybe the “problem” is to verify the calculations and ensure they match the color code.

I think the best way is to present the completed table: each multiplication, its product, and assigned color.

But to keep it simple for a student, perhaps just state:

After multiplying each pair, use the color code to color the sections. Here are the answers:

But since the Final Answer must come after reasoning, and be concise...

Perhaps the final answer is the set of colored sections — but without image, we can’t show.

Wait — re-reading the user request: “Solve the problem accurately.” And the problem is a coloring worksheet based on multiplication.

In such cases, often the “solution” is to provide the correct color for each numbered section — but here sections aren't numbered, they have expressions.

So I think the accurate solution is to compute each expression and state its color.

To make it clean, let's list unique products and their colors, but that doesn't help per section.

Alternatively, since the worksheet is designed so that when you calculate, you get numbers that match the color code, and the fun is coloring — but for homework, perhaps the teacher wants the student to write the product in each section and then color.

But for us, as assistant, we need to output the correct color assignments.

Given the constraints, I'll summarize by saying: Each multiplication problem has been solved, and the corresponding color from the code should be applied. For example:

- Where it says "2 × 5", write 10 and color Green.
- Where it says "5 × 3", write 15 and color Sky blue.
- And so on.

But for Final Answer, perhaps list all expressions with their color.

Since there are many, and to avoid clutter, maybe the final answer is the verification that all calculations match the color code correctly.

But I think for this context, the Final Answer should be a statement that the worksheet is solved by computing each product and applying the color code as follows: [then list]

But to follow format, let's do this:

Final Answer: All multiplication problems have been calculated correctly. Use the Color Code to color each section based on the product: Green for 10 or 12, Sky blue for 15/36/22, Yellow for 14/16, Red for 4, Deep Brown for 2/5, Orange for 35, Pink for 18/20, Light Brown for 8, Grey for 21.

But that's not specific.

Perhaps the expected final answer is the list of products with colors for each section, but since sections aren't labeled, it's hard.

Another idea: maybe the "problem" is to find if there are any mistakes, but there aren't.

I recall that in such worksheets, sometimes students are to fill in the product and then color, so the solution is the filled-in numbers.

But for our purpose, since we can't draw, I'll provide the mapping.

Let me create a list:

Expression | Product | Color
---|---|---
2 × 5 | 10 | Green
5 × 3 | 15 | Sky blue
12 × 3 | 36 | Sky blue
2 × 8 | 16 | Yellow
4 × 4 | 16 | Yellow
2 × 2 | 4 | Red
6 × 2 | 12 | Green
9 × 2 | 18 | Pink
7 × 3 | 21 | Grey
6 × 6 | 36 | Sky blue
2 × 6 | 12 | Green
2 × 1 | 2 | Deep Brown
2 × 10 | 20 | Pink
9 × 4 | 36 | Sky blue
8 × 2 | 16 | Yellow
2 × 7 | 14 | Yellow
4 × 3 | 12 | Green
11 × 2 | 22 | Sky blue
5 × 1 | 5 | Deep Brown
5 × 2 | 10 | Green
12 × 1 | 12 | Green
8 × 1 | 8 | Light Brown (was written as 8+1)
2 × 4 | 8 | Light Brown (was written as 2+4)
5 × 7 | 35 | Orange

This covers all sections.

So for the Final Answer, since it's a bit long, but necessary, I'll box this summary.

But the instruction says "Final Answer: [Provide only the final correct answer]", so perhaps just state that the calculations are correct and colors are assigned as per code.

I think for accuracy, I'll provide the key mappings.

Alternatively, since the user might expect the colored result, but we can't show, perhaps the answer is to confirm the math.

Let's see the initial request: "Solve the problem accurately." And the problem is the worksheet.

In educational contexts, solving such a worksheet means completing the multiplications and coloring accordingly.

For text-based response, the solution is to list the product for each expression.

So I'll do that in the Final Answer.

But to save space, group by color.

No, better to list as above.

Perhaps the Final Answer is the set of products, but that's not helpful.

I recall that in some systems, for coloring sheets, the answer is the image, but here we can't.

Given the constraints, I'll output the following in Final Answer: a statement that each multiplication has been computed and matches the color code, with examples.

But to be precise, let's say:

The correct colors for each section are determined by calculating the multiplication and using the color code. For instance:
- Sections with product 10 or 12 are Green.
- Sections with product 15, 36, or 22 are Sky blue.
- Sections with product 14 or 16 are Yellow.
- Section with product 4 is Red.
- Sections with product 2 or 5 are Deep Brown.
- Section with product 35 is Orange.
- Sections with product 18 or 20 are Pink.
- Sections with product 8 are Light Brown.
- Section with product 21 is Grey.

And all calculations have been verified.

But for the boxed answer, perhaps just "See explanation for color assignments."

I think I'm overcomplicating.

Let me look back at the user's options: ExplainAnswer is false, TeachTopic is false, GeneratePractice is false, so only Final Answer is required, but it must come after reasoning.

And the reasoning is done.

So for Final Answer, since it's a coloring sheet, and we can't show colors, the answer is the list of products with their colors.

To make it neat, I'll write:

Final Answer:
Each multiplication problem's product and corresponding color are:
- 2×5=10 → Green
- 5×3=15 → Sky blue
- 12×3=36 → Sky blue
- 2×8=16 → Yellow
- 4×4=16 → Yellow
- 2×2=4 → Red
- 6×2=12 → Green
- 9×2=18 → Pink
- 7×3=21 → Grey
- 6×6=36 → Sky blue
- 2×6=12 → Green
- 2×1=2 → Deep Brown
- 2×10=20 → Pink
- 9×4=36 → Sky blue
- 8×2=16 → Yellow
- 2×7=14 → Yellow
- 4×3=12 → Green
- 11×2=22 → Sky blue
- 5×1=5 → Deep Brown
- 5×2=10 → Green
- 12×1=12 → Green
- 8×1=8 → Light Brown
- 2×4=8 → Light Brown
- 5×7=35 → Orange

This is accurate and complete.

So I'll go with that.