Difference between revisions of "TADM2E 2.19"
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| − | + | <math> | |
| + | ({1}/{3})^n < | ||
| + | 6 < | ||
| + | \log \log n < | ||
| + | \log n = \ln n < | ||
| + | (\log n)^2 < | ||
| + | n^{\frac{1}{3}} + \log n < | ||
| + | \sqrt{n} < | ||
| + | \frac{n}{\log n}< | ||
| + | n < | ||
| + | n \log n < | ||
| + | n^2 = n^2 + \log n < | ||
| + | n^3 < | ||
| + | n - n^3 + 7n^5 < | ||
| + | ({3}/{2})^n < 2^n < | ||
| + | n! | ||
| + | </math> | ||
Latest revision as of 01:03, 1 August 2020
$ ({1}/{3})^n < 6 < \log \log n < \log n = \ln n < (\log n)^2 < n^{\frac{1}{3}} + \log n < \sqrt{n} < \frac{n}{\log n}< n < n \log n < n^2 = n^2 + \log n < n^3 < n - n^3 + 7n^5 < ({3}/{2})^n < 2^n < n! $
