SITUATION: A 300mm x 600mm reinforced concrete beam section is reinforced with 4 - 28mm dimeter tension steel at d = 536mm and 2 - 28mm diameter compression steel at d' = 64mm. The section is subjected to a bending moment of 150kNm. Use n = 9. 16. Determine the maximum stress in the concrete. A. 6.71 C. 4.99 D. 14.30 B. 7.61 17. Determine the maximum stress in the tension steel. C. 128.67 A. 4.99 B. 89.85 D. 14.30 18. Determine the maximum stress in the compression steel. A. 128.67 B. 14.30 C. 4.99 D. 89.85

Structural Analysis
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ISBN:9781337630931
Author:KASSIMALI, Aslam.
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Chapter2: Loads On Structures
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A 300mm x 600mm reinforced concrete beam section is reinforced with 4 – 28mm dimeter tension steel at d = 536mm and 2 – 28mm diameter compression steel at d’ = 64mm. The section is subjected to a bending moment of 150kNm. Use n = 9.

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b
SITUATION: A 300mm x 600mm reinforced concrete beam section is
reinforced with 4-28mm dimeter tension steel at d = 536mm and 2 -
28mm diameter compression steel at d' = 64mm. The section is
subjected to a bending moment of 150kNm. Use n = 9.
16. Determine the maximum stress in the concrete.
A. 6.71
C. 4.99
B. 7.61
D. 14.30
17. Determine the maximum stress in the tension steel.
A. 4.99
C. 128.67
B. 89.85
D. 14.30
18. Determine the maximum stress in the compression steel.
A. 128.67
C. 4.99
B. 14.30
D. 89.85
Transcribed Image Text:b SITUATION: A 300mm x 600mm reinforced concrete beam section is reinforced with 4-28mm dimeter tension steel at d = 536mm and 2 - 28mm diameter compression steel at d' = 64mm. The section is subjected to a bending moment of 150kNm. Use n = 9. 16. Determine the maximum stress in the concrete. A. 6.71 C. 4.99 B. 7.61 D. 14.30 17. Determine the maximum stress in the tension steel. A. 4.99 C. 128.67 B. 89.85 D. 14.30 18. Determine the maximum stress in the compression steel. A. 128.67 C. 4.99 B. 14.30 D. 89.85
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