\[\text{ The remainder of } \frac{1^{2013}+2^{2013}+\cdots + 2012^{2013}+2013^{2013}}{2014} \text{ is ... }\]
So I only just began thinking about this question And this question comes from the almighty @mayankdevnani
2012 or 2013 in the degree?
2013
\[\text{ The remainder of } \frac{1^{2013}+2^{2013}+\cdots + 2012^{2013}+2013^{2013}}{2014} \text{ is ... }\]
I'll just leave a small hint : Pair up
\[\frac{1^{2013}+2013^{2013}}{2014}+\frac{2^{2013}+2012^{2013}}{2014} +\frac{3^{2013}+2011^{2013}}{2014}+ \cdots + \\ \frac{1006^{2013}+1008^{2013}}{2014} \\ +\frac{1007^{2013}}{2014}\]
All the terms except the last cancel anfd if there is any justice at all, 1007^2013 must be easy to reduce
\[\text{ how do you show } \frac{a^{2013}+(2014-a)^{2013}}{2014} \text{ is 0}\]
I mean the remainder
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