Approximating π

I found this written in the back of an old Math book today:
[math] \displaystyle \pi \approx \frac{208341}{66371}= \frac{A}{17}+ \frac{B}{47}+ \frac{C}{83}[/math]
and it appears to be within one-half part per trillion of the actual value. Find the values of A, B, and C, if you're hard enough.

Do your own homework.

>and it appears to be within one-half part per trillion of the actual value.
You sure about that, m8?

OP is a faggot and can't type 66317 properly.

probably why he can't do his homework

hard to decompose into partial fractions when you start with the wrong factors

oops

You'd think that with modern super computers, the last digit of pie would be found by now.

Pi actually ends with 51413, it's a palindromic number.

How am I suppose to solve this?
>A B C

>66371 = 17 * 47 *83
try harder baguette