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os. A mild steel strut is of single angle section 100 mm x 75 mm x 8 mm. Its length is 3m with both ends fixed. Taking factor of safety 3 and using Rankine's formula, determine the maximum safe load for the column. The section has 1.336 m? as area of cross-section. Its radius of gyration about XX, YY, UU and VV axes are 31.4 mm 21.8 mm, 34.8 mm and 15.9 mm respectively. Constants in formula may be taken as a = and f = 330 N/mm?. 7500

os. A mild steel strut is of single angle section 100 mm x 75 mm x 8 mm. Its length is 3m with both ends fixed. Taking factor of safety 3 and using Rankine's formula, determine the maximum safe load for the column. The section has 1.336 m? as area of cross-section. Its radius of gyration about XX, YY, UU and VV axes are 31.4 mm 21.8 mm, 34.8 mm and 15.9 mm respectively. Constants in formula may be taken as a = and f = 330 N/mm?. 7500

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
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ow. A mild steel strut is of single angle section 100 mm x 75 mm x 8 mm. Its length is 3m with both ends fixed. Taking factor of safety 3 and using Rankine's formula, determine the maximum safe load for the column. The section has 1.336 m? as area of cross-section. Its radius of gyration about XX, YY, UU and V axes are 31.4 mm 21.8 mm, 34.8 mm and 15.9 mm respectively. Constants in formula may be 1 taken as a = and f. = 330 N/mm?. %3D 7500
Transcribed Image Text:ow. A mild steel strut is of single angle section 100 mm x 75 mm x 8 mm. Its length is 3m with both ends fixed. Taking factor of safety 3 and using Rankine's formula, determine the maximum safe load for the column. The section has 1.336 m? as area of cross-section. Its radius of gyration about XX, YY, UU and V axes are 31.4 mm 21.8 mm, 34.8 mm and 15.9 mm respectively. Constants in formula may be 1 taken as a = and f. = 330 N/mm?. %3D 7500
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