Given: A cantilever beam and pulley assembly is loaded by a 250 N force as shown in the figure below. 250 mm | A 250 N 300 mm 140 mm 140 mm Required: Determine the tension in cable ADB and the reaction at C. Neglect the radius of the pulley (i.e., assume that the cables AD and BD pass through point D.

2. How many stirrups must be installed, if the length of the beam portion starts at 1.50 m to 3.70 m (from support), if the spacing of the stirrups to be installed is 87.50 mm? None of the Choices 16 pcs 19 pcs 26 pcs 23 pcs 21 pcs

*CABLE STRUCTURES Provide complete FREE BODY DIAGRAM and complete solution with explanation for me to understand.  Show the step-by-step solution THANK YOU FOR ANSWERING,PLEASE WRITE LEGIBLY.

12 15 JOISTS (EQ SPA) WALL A 50 FT ROOF PLAN Assuming the joists shown in the framing plan to the right are supported by the long walls, what are the concentrated reactions from the joists to the walls? Assume the the roof loading is 100 psf. 25,000 lb 6,250 lb 12,500 lb 500 Ib 80 FT

Given The instrument package shown the figure weighs 207 N, and the dimensions are as given. Length = 680 mm Width = 365 mm Height = 369 mm Water surface Width Length Height Cable Sea bottom Required Calculate the tension in the cable if the package is completely submerged in seawater having a specific weight of 10.10 kN/m3. Provide answer in Newtons, to the nearest 10th.

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For the cable structure below, calculate the tensile force in each cable segment.Ensure to calculate each reaction force.

Label and box the final answers and clear understandable solutions please thank you.

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Cable Analysis : Analyze. the loaded cables as shown. Gm 7m Com to 35° 1GKN 20 KN