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
>
\