this is for holding javascript data
Benedict Irwin edited untitled.tex
over 8 years ago
Commit id: 2fbeb6fbc9531bbeea6c8fee21c20b814a94ed0b
deletions | additions
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index 33fe111..da41d9d 100644
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x=\mathrm{log}_{[b,b]}(a)=\mathrm{log}_b\left(\frac{a}{2}\right)\\
x=\mathrm{log}_{[b,b,b]}(a)=\mathrm{log}_b\left(\frac{a}{3}\right)\\
x=\mathrm{log}_{[b,b,b,b]}(a)=\mathrm{log}_b\left(\frac{a}{4}\right)\\
\end{equation}
Exploring more size $2$ sequences we have \begin{equation}
\mathrm{log}_{[1,3]}(10)=2\\
\mathrm{log}_{[1,3]}(11)=\frac{\ln 10}{\ln 3}\\
\mathrm{log}_{[1,3]}(12)=\frac{\ln 11}{\ln 3}\\
\mathrm{log}_{[1,3]}(28)=3\\
\end{equation}
giving generalised rule \begin{equation}
\ln3 \cdot \mathrm{log}_{[1,3]}(n)=\ln(n-1)
\end{equation}
and implying generalised rule \begin{equation}
\ln b \cdot \mathrm{log}_{[1,b]}(n)=\ln(n-1)
\end{equation}