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2- Give the approximate position of the centroid for each cross-sections with respect to the mid-height line (red dashed line). The answer should be one of following: - 1) above the red line - 2) below the red line 3) the same as the red line - 4) Can not decide Steel Material Wood Material 1 Mid-height line 2 3 Section # Centroid relative position with Rationale for the answer provided(why?) respect to red line 1 2 3 3- Draw the qualitative shear distribution over the folowing cross sections and rank them with respect to their shear capacity assuming all section have the same height. ........

2- Give the approximate position of the centroid for each cross-sections with respect to the mid-height line (red dashed line). The answer should be one of following: - 1) above the red line - 2) below the red line 3) the same as the red line - 4) Can not decide Steel Material Wood Material 1 Mid-height line 2 3 Section # Centroid relative position with Rationale for the answer provided(why?) respect to red line 1 2 3 3- Draw the qualitative shear distribution over the folowing cross sections and rank them with respect to their shear capacity assuming all section have the same height. ........

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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2- Give the approximate position of the centroid for each cross-sections with respect to the mid-height line (red dashed line). The answer should be one of following: - 1) above the red line – 2) below the red line 3) the same as the red line - 4) Can not decide Steel Material Wood Material 1 Mid-height line 2 3 Section # Centroid relative position with respect to red line Rationale for the answer provided(why?) 1 2 3 3- Draw the qualitative shear distribution over the folowing cross sections and rank them with respect to their shear capacity assuming all section have the same height.
Transcribed Image Text:2- Give the approximate position of the centroid for each cross-sections with respect to the mid-height line (red dashed line). The answer should be one of following: - 1) above the red line – 2) below the red line 3) the same as the red line - 4) Can not decide Steel Material Wood Material 1 Mid-height line 2 3 Section # Centroid relative position with respect to red line Rationale for the answer provided(why?) 1 2 3 3- Draw the qualitative shear distribution over the folowing cross sections and rank them with respect to their shear capacity assuming all section have the same height.
1- Determine the location y of the centroid C of the beam having the cross-sectional area shown 150 mm 150 mm • Examaly 20 mm 20 mm B 150 mm 150 mm 15 mm 10 mm -15 mm 83 m 10 mm The missing data is 83 mm NB: each student inputs the missing data (in red dashed-line). The missing data is the last two digits of your ID number. If your two last-digits number is smaller multiply by 10 (example if you get 19 →19x10 = 190)
Transcribed Image Text:1- Determine the location y of the centroid C of the beam having the cross-sectional area shown 150 mm 150 mm • Examaly 20 mm 20 mm B 150 mm 150 mm 15 mm 10 mm -15 mm 83 m 10 mm The missing data is 83 mm NB: each student inputs the missing data (in red dashed-line). The missing data is the last two digits of your ID number. If your two last-digits number is smaller multiply by 10 (example if you get 19 →19x10 = 190)
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