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A beam has a T-shape cross section, shown below, which is subject to an internal shear force of 20 kips. A Determine the shear stress at Point A which is located 2 in. from the top. (unit: ksi, rounded to the nearest hundredths) B) Determine the maximum shear stress in the cross section. (Tip: maximum shear stress occurs on the neutral axis) (unit: ksi, rounded to the nearest hundredths) 2 in 10 in. ¹ 1) J = EGA A₁y₁ + A₂y₂ ZA 147₁ + A₂ (x₂)

A beam has a T-shape cross section, shown below, which is subject to an internal shear force of 20 kips. A Determine the shear stress at Point A which is located 2 in. from the top. (unit: ksi, rounded to the nearest hundredths) B) Determine the maximum shear stress in the cross section. (Tip: maximum shear stress occurs on the neutral axis) (unit: ksi, rounded to the nearest hundredths) 2 in 10 in. ¹ 1) J = EGA A₁y₁ + A₂y₂ ZA 147₁ + A₂ (x₂)

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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please solve it clearly. strength of material

A beam has a T-shape cross section, shown below, which is subject to an internal shear force of 20 kips. A Determine the shear stress at Point A which is located 2 in. from the top. (unit: ksi, rounded to the nearest hundredths) B) Determine the maximum shear stress in the cross section. (Tip: maximum shear stress occurs on the neutral axis) (unit: ksi, rounded to the nearest hundredths) 10 in. A Pin 2 in. 1) y = 10 in. L EA A₁ + A₂ (10) (2) (5) + (6) (2) (1+1) (10x2) + (10x2) g= { in
Transcribed Image Text:A beam has a T-shape cross section, shown below, which is subject to an internal shear force of 20 kips. A Determine the shear stress at Point A which is located 2 in. from the top. (unit: ksi, rounded to the nearest hundredths) B) Determine the maximum shear stress in the cross section. (Tip: maximum shear stress occurs on the neutral axis) (unit: ksi, rounded to the nearest hundredths) 10 in. A Pin 2 in. 1) y = 10 in. L EA A₁ + A₂ (10) (2) (5) + (6) (2) (1+1) (10x2) + (10x2) g= { in
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