Since I can't view or access images directly, I can't see the specific worksheet you've uploaded. However, based on your description, it appears to be a math worksheet titled
"Drawing Angles", where students are asked to
draw each given angle using a protractor.
The angles listed are:
1. 120°
2. 31°
3. 66°
4. 140°
5. 153°
6. 82°
Each problem has a ray (a line with an arrow) drawn as a starting side, and students are expected to use a
protractor to measure and draw the second ray to form the correct angle.
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✔ How to Solve This Task:
Here’s how to draw each angle step-by-step using a protractor:
#### 🔧 Tools Needed:
- A
protractor
- A
pencil
- A
ruler (optional, for drawing straight lines)
---
📌 Steps to Draw Each Angle:
1.
Place the protractor:
- Put the
center point (origin) of the protractor exactly on the
endpoint of the given ray.
- Align the
baseline of the protractor with the ray so that the ray points along the 0° mark.
2.
Find the angle measurement:
- Look at the scale on the protractor that starts at 0° along your ray.
- Find the degree measure (e.g., 120°, 31°, etc.) on that scale.
3.
Mark the point:
- Make a small dot at the desired degree mark.
4.
Draw the second ray:
- Remove the protractor and draw a ray from the endpoint through the dot you just made.
5.
Label the angle (if required).
---
🔍 Let's go through each one briefly:
1.
120°
- This is an
obtuse angle (greater than 90°).
- Start at 0°, count up to 120° on the protractor and draw the second ray.
2.
31°
- An
acute angle (less than 90°).
- Very small — make sure to measure carefully.
3.
66°
- Also acute.
- Between 60° and 70° — easy to locate.
4.
140°
- Obtuse angle.
- Close to 180°, but not quite — almost a straight line.
5.
153°
- Very close to a straight line (180°), but still obtuse.
6.
82°
- Acute, just under 90° — very close to a right angle.
---
💡 Tips:
- Always double-check which scale to use (inner vs outer) on the protractor.
- Keep the protractor steady while marking.
- Use a sharp pencil for accuracy.
---
🎯 Final Answer:
You don’t need to write a numerical answer since this is a
drawing task. Instead, the solution involves
accurately drawing each angle using a protractor as described above.
If you'd like, I can guide you through drawing any specific angle in detail — just let me know!
Parent Tip: Review the logic above to help your child master the concept of measuring and drawing angles worksheet.
