From: Vladimir Bondarenko on 4 Aug 2010 21:24 Hello, Mathematica: PolyGamma[1, 1/6] + 9 PolyGamma[1, 1/3] - 9 PolyGamma[1, 2/3] - PolyGamma[1, 5/6] - 48 I Sqrt[3] PolyLog[2, ((2 + 3 I) - (1 + 2 I) Sqrt[3])/2] + 48 I Sqrt[3] PolyLog[2, (1 - 3/2 I) - (1/2 - I) Sqrt[3]] Maple: Psi(1,1/6)+9*Psi(1,1/3)-9*Psi(1,2/3)-Psi(1,5/6)- 48*I*sqrt(3)*polylog(2,1+3/2*I-(1/2+I)*sqrt(3))+ 48*I*sqrt(3)*polylog(2,1-3/2*I+(-1/2+I)*sqrt(3)) Can you "elementarize" this ? Cheers, Vladimir Bondarenko Co-founder, CEO, Mathematical Director http://www.cybertester.com/ Cyber Tester Ltd. ---------------------------------------------------------------- "We must understand that technologies like these are the way of the future." ---------------------------------------------------------------- ---------------------------------------------------------------- http://groups.google.com/group/sci.math/msg/9f429c3ea5649df5 "...... the challenges imply that a solution is built within the framework of the existent CAS functions & built-in definitions." ---------------------------------------------------------------- ----------------------------------------------------------------
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