Structural Engineering MCQ

Q1. What is the principal load carried by a column?

Q2. The slenderness ratio of a column is:

Q3. The critical load of a column is given by:

Q4. What is buckling?

Q5. In reinforced concrete, steel provides resistance to:

Q6. In beam design, the neutral axis passes through:

Q7. The modulus of rupture is related to:

Q8. In steel, yield point represents:

Q9. The maximum bending moment in a simply supported beam with central point load is:

Q10. Shear stress in a rectangular beam is maximum at:

Q11. Poisson’s ratio for most steels lies approximately within:

Q12. Which of the following is a statically determinate structure?

Q13. The load factor accounts for:

Q14. Moment of inertia measures:

Q15. Elastic limit is:

Q16. Which of the following is a composite material?

Q17. The term “ductility” means:

Q18. Which test evaluates steel yield strength?

Q19. A cantilever beam is supported:

Q20. Allowable stress design is based on:

Q21. The neutral axis experiences:

Q22. A beam loaded uniformly will have its maximum bending moment at:

Q23. Poisson effect describes:

Q24. The elastic modulus is a measure of:

Q25. Which property affects beam deflection?

Q26. Shear force is zero where:

Q27. The maximum tensile stress in a beam occurs:

Q28. Which is a plastic load-bearing material?

Q29. In flexural formula, c refers to:

Q30. The term “buckling” is associated with:

Q31. Largest bending moment in a simply supported beam with central point load is:

Q32. The purpose of stirrups in RC beam is:

Q33. Effective depth in beam section is:

Q34. Which is a statically indeterminate structure?

Q35. The modulus of rupture is test related to:

Q36. Steel reinforcements in concrete are provided for:

Q37. What does the neutral axis in bending indicate?

Q38. In beam bending, the fibers below neutral axis are under:

Q39. The shape factor in beam design accounts for: