Add 39 to all loads. The cable is subjected to a 150-lb horizontal force at B, and an 80-lb vertical force at C. Determine the force in segmentCD of the cable, and the distance b.150 Ib4 ft80 Ib

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Answered: Add 39 to all loads.

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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a) 75.7 psi b) 92.6 psi c) 58.9 psi d) 33.7 psi
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Draw a free-body-diagram showing the loads on girder G1 in the floor plan shown below. The floor supports 40 psf. Show process work
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2. A piece of wood was cut into 3 pieces as shown below and will form into a l-beam section. Planks 1 will be the top and bottom flange members while the Plank 2 will be the web member. A sample l-beam is shown below. In addition to that, a steel plate will be installed (at the center) at the bottom of the l-beam to ensure its strength. Calculate the I subscript x with bar on top end subscript (Moment of Inertia with respect to centroidal x-axis) of the built section. b top flange h bot flange 1 1 3b b 3b 8 4 8 tp Wp Given o b = 2.1 cm h = 36 cm tp = 0.55 cm wp = 21 cm 2. web
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An office decided to centralize its paper files. All the file cabinets in one department will sit in a row. The file cabinets sit over a floor joist. The cabinets are positioned perpendicular to the joist with the centers based on depth directly over the joist. Each file cabinet is 18 in. wide by 30 in. deep and weighs 300lb. Determine: (a) the total load on the one joist (neglect the weight of the floor itself) (b) the load transferred to the beam located at each end of the joist (assume the cabinets are centered on the joist length) (c) the maximum bending moment in the joist (d) the maximum flexural stress in the joist

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