Place the following functions in an asymptotically increasing order. n log(n!) nn > > > > > > > 1000000 2n log n² n n! 2 n log(n² + 100n) √n5+n² 10n√n

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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**Problem:** Place the following functions in an asymptotically increasing order.

1. \( n \log(n!) \)
2. \( n^n \)
3. 1000000
4. \( 2^n \)
5. \( \log n^2 \)
6. \( n \)
7. \( \frac{n!}{2} \)
8. \( n \log(n^2 + 100n) \)
9. \( \sqrt{n^5 + n^2} \)
10. \( 10n\sqrt{n} \)

**Instructions:**
- Arrange these functions based on their growth rates as \( n \) approaches infinity.
- Use asymptotic notation to compare their growth.
Transcribed Image Text:**Problem:** Place the following functions in an asymptotically increasing order. 1. \( n \log(n!) \) 2. \( n^n \) 3. 1000000 4. \( 2^n \) 5. \( \log n^2 \) 6. \( n \) 7. \( \frac{n!}{2} \) 8. \( n \log(n^2 + 100n) \) 9. \( \sqrt{n^5 + n^2} \) 10. \( 10n\sqrt{n} \) **Instructions:** - Arrange these functions based on their growth rates as \( n \) approaches infinity. - Use asymptotic notation to compare their growth.
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