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A composite beam spans a distance of L= 12 ft and is fabricated by adhering two wooden boards (b 2 in., d-8 in. and E 1,500 ksi) to the sides of a steel plate (f 0.4 in., d 8 in. and E-30,000 ksi). 400 Ib 400 Ib 200 lb/ft -3 ft -6 ft- 3 ft- V (Ib) 600 400 x (ft) 12 -400 -600 1. For the given loading condition, determine the maximum normal stress in the steel plate. M (lb-ft)

A composite beam spans a distance of L= 12 ft and is fabricated by adhering two wooden boards (b 2 in., d-8 in. and E 1,500 ksi) to the sides of a steel plate (f 0.4 in., d 8 in. and E-30,000 ksi). 400 Ib 400 Ib 200 lb/ft -3 ft -6 ft- 3 ft- V (Ib) 600 400 x (ft) 12 -400 -600 1. For the given loading condition, determine the maximum normal stress in the steel plate. M (lb-ft)

Structural Analysis
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 composite beam spans a distance of L= 12 ft and is fabricated by adhering two wooden boards (b= 2 in., d= 8 in. and E = 1,500 ksi) to the sides of a steel plate (t = 0.4 in., d = 8 in. and E= 30,000 ksi). 400 lb 400 Ib 200 lb/ft d -3 ft- 3 ft V (lb) -6ft 600 400 (ft) 12 -400 -600 1. For the given loading condition, determine the maximum normal stress M (lb-ft) in the steel plate. A) 3,850 psi +x (ft) B) 1,550 psi -300 C) 2,250 psi D) 4,200 psi -1200 - 1200 E) None of the Above 2. If the allowable normal stress of the steel is 9,000 psi and the 200 lb/ft distributed load remians constant, determine the largest acceptable concentrated load on each end. A) 1,600 lb B) 2,325 lb C) 935 lb D) 860 lb E) None of the Above
Transcribed Image Text:A composite beam spans a distance of L= 12 ft and is fabricated by adhering two wooden boards (b= 2 in., d= 8 in. and E = 1,500 ksi) to the sides of a steel plate (t = 0.4 in., d = 8 in. and E= 30,000 ksi). 400 lb 400 Ib 200 lb/ft d -3 ft- 3 ft V (lb) -6ft 600 400 (ft) 12 -400 -600 1. For the given loading condition, determine the maximum normal stress M (lb-ft) in the steel plate. A) 3,850 psi +x (ft) B) 1,550 psi -300 C) 2,250 psi D) 4,200 psi -1200 - 1200 E) None of the Above 2. If the allowable normal stress of the steel is 9,000 psi and the 200 lb/ft distributed load remians constant, determine the largest acceptable concentrated load on each end. A) 1,600 lb B) 2,325 lb C) 935 lb D) 860 lb E) None of the Above
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