Yes, I mean that expansion. I was wondering how to prove that this series expansion is finite when k i a non-negative integer, because eventually, if the value of k is non-negative, this binomial series's values will eventually be 0.
I just cannot find a written proof that allows me to...
Hello,
I was wondering how to prove that the Binomial Series is not infinite when k is a non-negative integer. I really don't understand how we can prove this. Do you have any examples that can show that there is a finite number when k is a non-negative integer?
Thank you!