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The square root of 23, rounded to the nearest integer, is approximately \( 5 \).

Would you like more details on how this estimation works or have any further questions? Here are five related questions to expand your understanding:

1. What is the exact value of \( \sqrt{23} \)?
2. How do you find square roots of non-perfect squares manually?
3. Why is \( \sqrt{25} \) exactly 5, while \( \sqrt{23} \) is only approximately 5?
4. What is the difference between rounding up and down when estimating square roots?
5. How can you use a calculator to get a more precise value for square roots?

**Tip:** Estimating square roots can be made easier by identifying perfect squares around the given number (e.g., 16 and 25 for 23).

Estimate the square root of 23 to the nearest integer.

Learn how to estimate the square root of 23, which is approximately 5 when rounded to the nearest integer. This problem explores concepts of square roots, approximation, and identifying nearby perfect squares like 16 and 25. Suitable for middle school students.

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