For example, through (lots of) trial and error with a calculator, I figured out that:
1.551e+25 is approximately equal to 2^83.6814
Is there an equation or algorithm for a conversion like this?
Thanks!
2026-03-26 22:14:12.1774563252
How to convert any base 10 integer to a rational power of 2?
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Given a number $N$ you want to find a number $x$ such that $2^x\approx N$. By definition $$x=\log_2N=\frac{\log N}{\log 2}.$$ This will not be a rational number in general, but you can round it to get a good approximation.