-x  GSP!8i@@9'tǚ!!@@9't8@h! `@9 @h N KTCCi" JTCCE]b HTC&B7<(h GTC-Bd#($ FTBCU27 ETBPC5C  ETDjStewart's Theorem states that the above two calculations are always equal; for any Cevian in any triangle.PCWpWVV@Dg to CTCCX*/le I BTCB0 6; ATB`CYN 3TCCEB8)?5%F?5%Fa 2TC-BdB?5%F?5%FX# 1TBPC5B ]b?5%F?5%F5e no  cTCCXB`CY?lw T  )nt c  bTCB0CCX?;#  )5e  aTB`CYCB0?2OS #6t Vary Triangle: ((    MY, 5ary Triangle @:)ec = p@J@>Ң@ت@b@ u6G `@,7.13 cmG@L,D  4ary Triangle @C'gb = p@J@>Ң@ت@b@ u6G `@,7.18 cmG3?,D  3ary Triangle @M,a = p@J@>Ң@ت@b@ u6G `@,6.93 cmG>- Dary Triangle C)CXo"k Vary CevianleWatio  nary CevianleC)CXoCCX?5  mary CevianleB`CYC)CXo?\s )EH  dary CevianleCB0C)CXo?#<  Zf,D  6ary Cevianle @od = p@J@>Ң@ت@b@ u6G `@,6.13 cmG&2, 2ary Cevianle @ٯyEn = p@J@>Ң@ت@b@ u6G `@,3.11 cmG%/ing  1ary Cevianle @bl0m = p@J@>Ң@ت@b@ u6G `@,4.02 cmG} 8ary Cevianle  @vIHB`c*(d^2+m*n) = J@>Ң@ت@b@ u6G `@,356.58 cubic cmG p| 7ary Cevianle  @vIH n*a^2+m*b^2 = J@>Ң@ت@b@ u6G `@,356.58 cubic cmG