- Not to be confused with Deka-exaxis.
Deka-expanxis (also called Dia-multiexpanxis or Monologia-expanxis) is equal to 10{{1}}10 (10 expanded to 10) = 10{{2}}2 (10 multiexpanded).[1] This term was coined by the user SeveralLegend9998.
Approximations in other notations[]
| Notation | Approximation |
|---|---|
| BEAF and Bird's array notation | \(\{10,10,1,2\} = \{10,2,2,2\}\) (exact) |
| X-Sequence Hyper-Exponential Notation | \(10\{X+1\}10 = 10\{X+2\}2\) (exact) |
| Hyperfactorial array notation | \(10![2]\) |
| Fast-growing hierarchy | \(f^9_{\omega}(10)\) |
| Hardy hierarchy | \(H_{\omega^\omega9}(10)\) |
| Slow-growing hierarchy | \(g_{\Gamma_0}(10)\) |
Sources[]
- ↑ SeveralLegend9998's New Googology Series (Retrieved 2024-06-05)