oe ge ee 3‘4 7 q 3 J Substituting Eqs. C.1 to C.6 into Eq. C.7 and Integrating yields SOMMER 2, SOE |, MOTEL PE = SOT2E, 125nt Ye, * y2gn Yor * 425ng 25nh oo” E35nb Yao, +t Mom? ape Moow TRI gHThin - yw (Ca) + OT2ELiR ? SOTZEI sn 1 1 3 1 2 C.2.3 Kinetic Energy of System h . +'h May Se a ax « 4 Me i" is dx + 4 May J" Te, dx + Amit + 4Miyt + “Mhy} KE 1 (2202¥e0, 18fa0, Kt i gms thal 050iane: the igh Sah (Sitio i h Be 3968y),,,, 7875” Soe x} 3 —e-3/ 16Y50, %1 , 18¥s0, Ms 8 _ va¥; —jors tas Gs tet si Haan(Mitts Moat iwait A iu 9 3 1 Mem 1875 (Seis 25 go, MY Ya 35 3 08! 6é 16ye0, Ya A. ini si) a Pes%\Ge75 95 * as * Ln (ie apt iat, | 1075 3 35 37 6° 8 +} M,yt +35 Mit +5i Msi C.2.4 (C10) Potentia) Energy vi exvernal Load The equation for the potential energy of the external load, U,, is Us =~ wilt) (j.'5e, dx+ {ye dx Cys, dx) + weit) (i Yop xt {™ Yay IK + ft* agg x! Veabe oan) Substituting Eqs. C.) to C.5 imo Iq. C.1! and integrating yields we non (Sp +g) wnt (Se 9) iby ley, wstn (8 B63) wate hy Ce)2 ‘ Tae stn9.0 68 = walt) by (SE ea 4_n) (C.13) petcthidi iudes Rang hits Sc Sich bin iptend stahldean # = gahgig” * ag SF) Seabeat ny ge pregnant LEE (Cw Substituting Eqs. C.t to C.6 into Eq. C.9 and integrating yields 3 ™s 138 SECRET-— RESTRICTED DATA Phat eT by KE = ‘ame, f" yi, ox +44 me, Jy Yi, ax 4am, LY 5, ox seg ojteai cba dea jialcal oa i shiabeet Sadik tabtindon’ The equation for the evaluation of the kinetic energy is ag follows: LE TT TE EE FLTLYYEEIS, IREIIE SPTP no : ce Nag “ ° ~~ ato “ —_ ‘ - 1 8 > \