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Which of the following general equations can be used to find the vertical deflection of A in the y direction, where tems have their usual meaning? O a. I M- dr + GJ T- dr Ob. -EI dr2 Oc Q Ib Od. O e. None of the provided answers are correct

Which of the following general equations can be used to find the vertical deflection of A in the y direction, where tems have their usual meaning? O a. I M- dr + GJ T- dr Ob. -EI dr2 Oc Q Ib Od. O e. None of the provided answers are correct

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 following general equations can be used to find the vertical deflection of A in the y direction, where tems have their usual meaning? O a. I M- dr+ GJ T- dr Ob. -EI dr2 Oc Q Ib Od. O e. None of the provided answers are correct
Transcribed Image Text:Which of the following general equations can be used to find the vertical deflection of A in the y direction, where tems have their usual meaning? O a. I M- dr+ GJ T- dr Ob. -EI dr2 Oc Q Ib Od. O e. None of the provided answers are correct
Each part is answered individually but relates to the same problem, as follows: Figure Q16 shows an angled bracket of solid circular cross-section that is rigidly attached to a wall at end C. The free end is attached at point A to a tensioning arrangement where Fis the tension in the cable. 45° 450 F L, B Figure Q16 Useful information E = 134 GPa G = 52 GPa I= 6 x 10-9 m4 J= 12 x 10-9 m4 L1 = 200 mm 12= 400 mm
Transcribed Image Text:Each part is answered individually but relates to the same problem, as follows: Figure Q16 shows an angled bracket of solid circular cross-section that is rigidly attached to a wall at end C. The free end is attached at point A to a tensioning arrangement where Fis the tension in the cable. 45° 450 F L, B Figure Q16 Useful information E = 134 GPa G = 52 GPa I= 6 x 10-9 m4 J= 12 x 10-9 m4 L1 = 200 mm 12= 400 mm
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