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A beam having the cross-section (dimensions in mm) shownminthe figure below is subjected to a vertical shear force V=1 kN. The second moment of area I, = 1.23 x 106 mmt. Which of the following statements is incorrect for this beam? 80 b 10 a 44 27.5 15 90 10 y (A) The shear force on the flange from point dto point bequals 150 N. (B) The shear center is located at point o. (C) The shear force on the flange from point a to point bequals 37 N. (D) The shear stress at point fis the maximum.

A beam having the cross-section (dimensions in mm) shownminthe figure below is subjected to a vertical shear force V=1 kN. The second moment of area I, = 1.23 x 106 mmt. Which of the following statements is incorrect for this beam? 80 b 10 a 44 27.5 15 90 10 y (A) The shear force on the flange from point dto point bequals 150 N. (B) The shear center is located at point o. (C) The shear force on the flange from point a to point bequals 37 N. (D) The shear stress at point fis the maximum.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Which of the statements are correct?? 

(3) A beam having the cross-section (dimensions in mm) shownin the figure below is subjected to a vertical shear force V=1 kN. The second moment of area 1, of the following statements is incorect for this beam? = 1.23 x 106 mmf. Which 80 b 10 d a 27.5 15 90 10 y (A) The shear force on the flange frompoint dto point bequals 150 N. (B) The shear center is located at point o. (C) The shear force on the flange from point a to point bequals 37 N. (D) The shear stress at point fis the maximum.
Transcribed Image Text:(3) A beam having the cross-section (dimensions in mm) shownin the figure below is subjected to a vertical shear force V=1 kN. The second moment of area 1, of the following statements is incorect for this beam? = 1.23 x 106 mmf. Which 80 b 10 d a 27.5 15 90 10 y (A) The shear force on the flange frompoint dto point bequals 150 N. (B) The shear center is located at point o. (C) The shear force on the flange from point a to point bequals 37 N. (D) The shear stress at point fis the maximum.
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