Question 1.10The column CD has a length H as shown in Figure Q1.10. You need to calculate the buckling load of column CD using the equationT² EIL² .The value of L to be used in this equation for determining the buckling load of column CD isB2dH0.6HFigure Q1.10O a. 0.4 HO b. 0.5HО с. НO d. 0.6He Question 1.11A beam has a rectangular cross section and is subjected to a shear force V along the negative y direction, as shown in Figure Q1.11. PointsA and B are located at the centre and bottom surface of the cross section. What is the correct statement?tBFigure Ql.11O a.The minimum shear stress induced by the shear force is located at Point B and its value is zero.O b. The minimum shear stress induced by the shear force is located at Point B and its value is non-zero.O c. The minimum shear stress induced by the shear force is located at Point A and its value is non-zero.O d. The minimum shear stress induced by the shear force is located at Point A and its value is zero.

Answered: Image /qna-images/answer/95972e6f-bd32-4586-acb7-96dc2b64617d.jpg

Question 1.10 The column CD has a length H as shown in Figure QI.10. You need to calculate the buckling load of column CD using the equation T² EI L² .The value of L to be used in this equation for determining the buckling load of column CD is B 2d H 0.6H D Figure Q1.10 O a. 0.4 H O b. 0.5H Ос. н O d. 0.6H Q

Question 1.10 The column CD has a length H as shown in Figure QI.10. You need to calculate the buckling load of column CD using the equation T² EI L² .The value of L to be used in this equation for determining the buckling load of column CD is B 2d H 0.6H D Figure Q1.10 O a. 0.4 H O b. 0.5H Ос. н O d. 0.6H Q

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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