Difference between revisions of "Manuals/calci/TETRATE"
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*The hyperoperation after exponentiation is Tetration. | *The hyperoperation after exponentiation is Tetration. | ||
*Tetration is called iterated exponentiation. | *Tetration is called iterated exponentiation. | ||
− | *The notation <math>^n a</math> means <math>a^a^a^\dots</math> the application of exponentiation <math> n-1</math> times. | + | *The notation <math>^n a</math> means <math>a^{a}^{a}^{\dots}</math> the application of exponentiation <math> n-1</math> times. |
*Tetration is simply defined by:For any positive real a>0 and non-negative integer {\displaystyle n\geq 0} n\geq 0, we define {\displaystyle \,\!{^{n}a}} \,\!{^{n}a} by: | *Tetration is simply defined by:For any positive real a>0 and non-negative integer {\displaystyle n\geq 0} n\geq 0, we define {\displaystyle \,\!{^{n}a}} \,\!{^{n}a} by: |
Revision as of 12:48, 1 June 2017
TETRATE(a,n)
- is the base value.
- is power value.
Description
- This function shows the tetration value of the given number.
- In , is the base value and is the power value.
- The hyperoperation after exponentiation is Tetration.
- Tetration is called iterated exponentiation.
- The notation means Failed to parse (Conversion error. Server ("https://wikimedia.org/api/rest_") reported: "Cannot get mml. TeX parse error: Double exponent: use braces to clarify"): {\displaystyle a^{a}^{a}^{\dots }} the application of exponentiation times.
- Tetration is simply defined by:For any positive real a>0 and non-negative integer {\displaystyle n\geq 0} n\geq 0, we define {\displaystyle \,\!{^{n}a}} \,\!{^{n}a} by: