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The value of \( \sqrt[3]{25} \) is approximately \( 2.924 \).

- (a) To the nearest integer, the value is \( 3 \).
- (b) To the nearest tenth, the value is \( 2.9 \).

Would you like more details or explanations? Here are some related questions to further explore:

1. How is the cube root of a number calculated?
2. What is the difference between rounding to the nearest integer and to the nearest tenth?
3. How do you calculate cube roots for larger or non-integer numbers?
4. Can we approximate roots manually without a calculator?
5. What are some common uses of cube roots in real-life applications?

**Tip:** When approximating roots, use a calculator with a "power" function for precise values.

Approximate the number to the nearest (a) integer and (b) tenth: cube root of 25.

Learn how to approximate the cube root of 25 to the nearest integer and the nearest tenth. This problem covers important concepts like cube roots, approximations, and rounding methods. Suitable for students in Grades 7-10.

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