In the figure shown, the 1.20 m dia. cylinder 1.20 m long is acted upon by %3D water on the left and oil having SG = 0.80 on the right. Determine the horizontal component of the reaction at B (RBh) if the cylinder weighs 19.62 kN Water 0.6 m Oil Wc FH1 FH2 1.2 m Fv1 Fv2 RBH RBv

Determine the horizontal component of the reaction at A. 500 lb/ft A 3,966 lb B) 3,440 lb 1,323 lb 8,110 lb None of the above D 300 lb/ft 300 B fixed A pin roller 7 ft 7 ft 3.50 ft 3.50 ft ...

About Theory of Structure

● Calculate the reactions A 6m B EI Constant 10 kN/m 9m C 4m 30 KN D

NEED IN 1HOUR PLEASE THANKS 1. The figure shown below is the bridge that consists of 25 tons two end sections with the point G as the center of gravity and is hinged to a uniform center span weighing 10 tons. Compute the reactions at A, B, E, and F. compute for the: a. Reactions at A b. Reactions at B c. Reactions at E d. Reactions at F

Let P=99 kN, L = 14 m Determine the reaction at point A.

Find the internal forces for the truss shown. Select the appropriate method of solution and show your calculations.

compute the reactions for the structures

For the structure below, draw a free body diagram of the loaded system and then determine the reactions at A and B. 40 lb 10 in. 30° 50 lb 0 in. 20

Refer to the diagram. Determine the reaction at D and E. 2.50 m 2.30 m -- 2.50 m 125 m 880 N 1374 246 251 1. FcD - 1406 2. reaction E, - 249 3. reaction E,= 1229 4. Not an answer 1243 1257