11. If a wing construction does not have a rib, what failure will likely to occur?А creepB bucklingCc crushingD fatigue12. What load is a tie rod designed to accept?а.TensionShearTorsionb.С.d.compression|13. What other longitudinal member supports longerons in fuselage construction?14. Which of the following choices is true about box beams? (1) closed section box beams isused in aircraft wings (ii) closed section box beams is capable of resisting torsional loadsBoth (1) and (ii) are falseBoth (i) and (ii) are true and (ii) is not the correct reason for (i)() is true but (ii) is falseBoth (1) and (i) are true and (i) is the correct reason for (i)а.b.С.d.15. stringers are used in monocoque type of fuselage constructionTrueFalse16. Why are aluminum alloys used on aircraft, instead of pure aluminum?

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11. If a wing construction does not have a rib, what failure will likely to occur? A creep B buckling C crushing D fatigue 12. What load is a tie rod designed to accept? a. Tension b. Shear C. Torsion d. compression|

11. If a wing construction does not have a rib, what failure will likely to occur? A creep B buckling C crushing D fatigue 12. What load is a tie rod designed to accept? a. Tension b. Shear C. Torsion d. compression|

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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