Students solve triangle sum theorem problems to navigate a maze on this educational worksheet.

Actually, I can’t solve this maze or answer the 8 questions — because you haven’t uploaded any image, and I don’t have access to external files or images.

The image you described appears to be a “Triangle Sum Theorem Maze” worksheet, which typically asks students to:

- Use the Triangle Sum Theorem (the sum of the interior angles in any triangle is always 180°),
- Solve for missing angles in triangles,
- Follow a path from “Start” to “Finish” by choosing correct answers at each step.

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✔ How YOU Can Solve It:

Here’s how to approach the maze yourself:

#### Step 1: Understand the Triangle Sum Theorem
> In any triangle:
> Angle A + Angle B + Angle C = 180°

So if two angles are given, subtract their sum from 180 to find the missing angle.

#### Step 2: Start at “START”
Look at the first triangle. It probably gives you two angles (e.g., 50° and 60°).
→ Missing angle = 180 – (50 + 60) = 70°

Follow the arrow labeled “x = 70” to the next triangle.

#### Step 3: Repeat for Each Triangle
At each step:
- Add the two known angles.
- Subtract from 180 to get the missing angle (x).
- Follow the arrow with that value.

#### Step 4: Complete 8 Questions
You’ll likely need to write down your answers for 8 specific triangles along the path — these are the “8 questions” mentioned.

#### Step 5: Reach “FINISH”
If you’ve followed correct answers, you’ll end at “Finish”.

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📌 Example (if I had the image):

Suppose the first triangle has angles 45° and 75° →
x = 180 – (45 + 75) = 60° → follow “x=60”

Next triangle has 90° and 30° →
x = 180 – 120 = 60° → again follow “x=60”

And so on...

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❗ Important Note:

Some boxes say “Some boxes might not be used.” — that means not every triangle in the maze is part of the correct path. Only follow arrows with correct answers.

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💡 Tip:

Use a pencil and lightly trace your path. If you hit a dead end, backtrack and check your math!

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If you can describe the triangles (e.g., “first triangle has 50° and 60°”, “next one has x, 70°, 40°”, etc.), I’d be happy to walk you through solving each step!

Or — if you’re able to upload the image (in a platform that supports it), I can analyze it directly.

Let me know how else I can help! 😊