A full restrained beam with length of 3 m. Determine the followinga. the magnitude of the moment at the right support if the unit load is at 2 m from the left supportb. the value of the max. moment at the right support if it is loaded 10KNc. the value of the max. moment at the left support if it is loaded 10KN

Find the moment reaction at the support Mr.  Find the force reaction at the support Ry

A rectangular sign over a store has a weight of 140 lb, with the center of gravity in the center of the rectangle. The support against the wall at point C may be treated as a ball-and-socket joint. At corner D support is provided in the y-direction only. Calculate the tensions T1 and T2 in the supporting wires, the total force supported at C, and the lateral force R supported at D. The force R is positive if it points in the +y-direction, and negative if it points in the -y-direction.

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The bridge truss shown carries the following uniform live load and concentrated live load. А в с A B D E 3m K. G S08m W(LL) P(LL) 15 110 Calculate the following: 8. Location of the concentrated live load from the right support in order to get maximum force on member BC. |

5. Determine the force and moment reactions at A for the beam which is subjected to the load combination shown. A 30 kip-ft -3′ 2 kip/ft -3′2²- 12 kips 5 kip/ft

Solve the frame approximately using Portal Method. 40KN A B 4m 100KN e D E a d 6m to 8m Determine the magnitude of the moment reaction at g.

Determine the vertical reaction at support D in KN. Determine the maximum shear force in KN. Determine the maximum positive moment in KN.m. Determine the maximum negative moment in KN.m.

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