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Mar
9
comment How can I find the function relating these two progressions?
...but I was trying to see if something simpler could work
Mar
9
comment How can I find the function relating these two progressions?
Well, yes, I tried interpolating a polynomial for B and found a big big function. Goes up to x^54 :)
Mar
9
asked How can I find the function relating these two progressions?
Oct
25
awarded  Popular Question
Sep
24
awarded  Autobiographer
Jul
2
awarded  Curious
Jun
4
accepted Truncation error of an integration method
Jun
4
comment Truncation error of an integration method
I edited the number of steps (which was $O(h^{−1})$ before) and accepted the answer. If my edit is correct, I believe it is appropriate to accept this answer
Jun
4
suggested rejected edit on Truncation error of an integration method
Jun
3
accepted Butcher's Tableau and Runge-Kutta 4
Jun
3
comment Butcher's Tableau and Runge-Kutta 4
Could you gather these comments into one answer please? I think they already provide a lot of information necessary to answer the post ;)
Jun
3
comment Butcher's Tableau and Runge-Kutta 4
Ok, those notes are really cool. Thanks!
Jun
3
awarded  Commentator
Jun
3
comment Butcher's Tableau and Runge-Kutta 4
I am guessing that I should look into the work of Butcher if I want to understand them huh?
Jun
3
asked Butcher's Tableau and Runge-Kutta 4
May
31
asked Truncation error of an integration method
May
30
accepted Runge-Kutta and Step doubling
May
27
revised Runge-Kutta and Step doubling
deleted 224 characters in body
May
27
revised Runge-Kutta and Step doubling
added 224 characters in body
May
27
comment Runge-Kutta and Step doubling
do you have any idea of the answer to question #5, which I included only now? Thanks