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Ra, = 2,23 [AA']		Mx, =0,223 [kNn]
RBx=\,\\4[kN]	IV. Obliczenia momentów gnących:
a =10 [cm]
b =20 [cm]	1) Płaszczyzna „x-x”:
c =10 [cm]	M - R ci
Pr = 3,35 [*A^]	^11 Al ^,xAx ^u Mxl = 2,23[/W]-0,l[m] = 0,223 [A Mxi = R«-{a + b)-Pr-b	Mxi - 0 MX}= 0
RAv=6,\3[kN]	MX1 = 2,23 [JW] • 0,3[m] - 3,3 5[ W] • 0,2[w] = 0 ^M.\i = ^RA,(a + b + c)-Pr{b + c)+R„'-c
	MXJ = 2,23[kN] • 0,4[w] - 3,35[kN] • 0,3[w] +
RBy =3,06 [kN]	+ 1,114[A7V]-0,l[/»] = 0
a =10 [cm]		MY, =0,613 [kNm]
b =20 [cm]	2) Płaszczyzna „y-y”:
c =10 [cm]	M... — R • ci
P. = 9,I9[A-W]	Mri = 6,13[/cV] • 0. 1[//j] = 0,613[A'M;i] ^Mn = ^RA,{^a + b)-Po^b Mrl = 6,13fAvV] • 0,3[m] - 9,19[AAf] ■ 0,2[m] = 0	MY2 =0
	^Mn = ^RAy-{a + b + c)-P0-(b + c)+ RBy ■ c	Mn=0
Mxx = 0,223 [kNnl	MY, = 6,13[AW] ■ 0,4[/»] - 9,19[AW] • 0,3 [///] + + 3,06[AW] • 0,l[/w] = 0
Mn =0
	3) Momenty gnące całkowite:
O II
	= >Ki + K
Mri = 0,613[A'yV//i]
Mn= 0	Mg , =xJ(0,223Nm)^2 +(0,613A^fw)^2 =652 Nm	M K, =652 Nm
My, =0	Ms2 = jM^2'2+M^2y2
	Mg2 = y]0^2+0^2 =0 Mgi = >/^2, + M^2,	Mgl = 0
	^ = V°^2+ °^2 =o	W.3 = 0

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