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Mathematics
OpenStudy (anonymous):

how do you find the sum of the series $\sqrt{2}+1, 1, \sqrt{2}-1 +...\infty$ ?

OpenStudy (anonymous):

You cannot find the sum. It will go to -infinity. As the terms are not bounded the series diverges.

OpenStudy (anonymous):

I cannot even tell what is the next term...

OpenStudy (anonymous):

It's written there a "+"

OpenStudy (anonymous):

You are right, I thought it is -1 each term

OpenStudy (anonymous):

I have the solution, had a bath and cleared my mind :-) this is a geometric series with ratio $\ 1/(sqrt{2} +1)$ s=$\sqrt{2}+1$ So the infinite sum is = (sqrt{2}+1)*1/(1- 1/(sqrt2+1))

OpenStudy (anonymous):

4.1213

OpenStudy (anonymous):

THANK GOD U EXIST!!

OpenStudy (anonymous):

Is it clear? The way I wrote it is not that nice, some of the formulas are not showing properly

OpenStudy (anonymous):

yeah, i guess so, thanx ：）

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