https://file.aiquickdraw.com/mathbot/file/17264972974328fcwg5f8.jpg

Let's solve this problem step by step by rounding each width to two decimal places.

The given widths are:
- Cable E: 14.7946 mm
- Cable F: 14.8050 mm
- Cable G: 14.7983 mm
- Cable H: 14.8049 mm

### Rounding to 2 decimal places:
- **Cable E**: 14.7946 → 14.79
- **Cable F**: 14.8050 → 14.81
- **Cable G**: 14.7983 → 14.80
- **Cable H**: 14.8049 → 14.80

### Conclusion:
The widths of cables **G** and **H** are the same when rounded to 2 decimal places, both being **14.80 mm**.

Would you like further details or have any questions?

Here are 5 related questions to further explore:
1. What is the rule for rounding numbers to two decimal places?
2. How would rounding change if the measurements were in inches instead of millimeters?
3. Can you identify any pairs of cables with widths that are very close even before rounding?
4. How does rounding affect precision in engineering measurements like these?
5. What other mathematical operations are affected by rounding?

**Tip**: When rounding, always check the third decimal digit to decide whether to round up or down!

Two of these cables have the same width when rounded to 2 decimal places. What is their width when rounded?

Find out how to round cable widths to 2 decimal places. This example shows rounding numbers like 14.7946 and 14.8049, highlighting concepts of rounding and precision. Perfect for students in Grades 5-7.

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