Do all algebraic numbers have a sequence of integers where the ratio of consecutive terms tends to that number?

75 Views Asked by At

The most famous example of this is the Fibonacci sequence and the golden ratio.

I feel like this should be obvious. But, if I have an algebraic number say:

$\tan \left(\frac{15π}{16} \right) \approx -0.19891236738$

Which is the root of a irreducible 4th degree polynomial. Can I find a sequence where the ratio of consecutive terms approaches this number?

Can I always do this if I can do it some of the time?