- 20 Kalo A Ag Y 1 50 Rc Re 3 M 10m Reactims Yo Rg The X90x3 2016 50 Rg C 280 Oxloes O Emc 0 Rg Xlo 50 1 (73.2 KiB) Viewed 41 times
20 kalo A Ag y 1 50 Rc Re 3 m 10m --- = Reactims. yo Rg the = {x90x3 + 2016 + 50 Rg + c = 280 oxloes O Emc=0 Rg xlo - 50
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20 kalo A Ag y 1 50 Rc Re 3 m 10m --- = Reactims. yo Rg the = {x90x3 + 2016 + 50 Rg + c = 280 oxloes O Emc=0 Rg xlo - 50
20 kalo A Ag y 1 50 Rc Re 3 m 10m --- = Reactims. yo Rg the = {x90x3 + 2016 + 50 Rg + c = 280 oxloes O Emc=0 Rg xlo - 50x13 - {<20x1944+3)- RB = 198 KN from - TR. = -82 km force (s.f.) the sif sher . sif Beoding moment #Ve 2.m. 3ngsing Ve gim. Legging 43) 3.f. in AB in from aj su : -50-1,2oxu SArn:o) = -50 kn Se gosto lett to g = -50% 1 x 20X3 - doen - 50 - 20x3 + 158 - 118 KN Bc Infrom c) Sn: Re +204 Re: -82 te SB Trust right to B s.f. in Se (n=o) SBIn right to B - 82 + 20X10 118 IN AB (n from A) - Bonding moment Mn = sure - Maln:o) = 0 mg = - 50x3 - {3*3} M-180 Nm Am in Bc Infum ll. - zon. Mg(OM) : 180 Nm 118 1 SI Soke 80 kn 22 km ir Panabole BMP (ubic 18 blnm