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This section includes 126 Mcqs, each offering curated multiple-choice questions to sharpen your Civil Engineering knowledge and support exam preparation. Choose a topic below to get started.
101. |
Which of the following relation is correct? |
A. | permissible stress = yield stress x factor of safety |
B. | permissible stress = yield stress / factor of safety |
C. | yield stress = permissible stress / factor of safety |
D. | permissible stress = yield stress – factor of safety |
Answer» C. yield stress = permissible stress / factor of safety | |
102. |
Which of the following is one of the methods of analysis prescribed in the code for steel structures? |
A. | hinge analysis |
B. | limit analysis |
C. | roller analysis |
D. | dynamic analysis |
Answer» E. | |
103. |
Which IS code is used for general construction of steel? |
A. | is 456 |
B. | is 256 |
C. | is 800 |
D. | is 100 |
Answer» D. is 100 | |
104. |
Which method is mainly adopted for design of steel structures as per IS code? |
A. | limit state method |
B. | working stress method |
C. | ultimate load method |
D. | earthquake load method |
Answer» B. working stress method | |
105. |
The structure is statically indeterminate when |
A. | static equilibrium equations are insufficient for determining internal forces and reactions on that structure |
B. | static equilibrium equations are sufficient for determining internal forces and reactions on that structure |
C. | structure is economically viable |
D. | structure is environment friendly |
Answer» B. static equilibrium equations are sufficient for determining internal forces and reactions on that structure | |
106. |
Analysis is referred to |
A. | determination of cost of structure |
B. | determination of axial forces, bending moment, shear force etc. |
C. | determination of factor of safety |
D. | drafting architectural plans and drawings |
Answer» C. determination of factor of safety | |
107. |
What is serviceability? |
A. | it refers to condition when structure is not usable |
B. | it refers to services offered in the structure |
C. | it means that the structure should perform satisfactorily under different loads, without discomfort to user |
D. | it means that structure should be economically viable |
Answer» D. it means that structure should be economically viable | |
108. |
Which of the following is correct criteria to be considered while designing? |
A. | structure should be aesthetically pleasing but structurally unsafe |
B. | structure should be cheap in cost even though it may be structurally unsafe |
C. | structure should be structurally safe but less durable |
D. | structure should be adequately safe, should have adequate serviceability |
Answer» E. | |
109. |
d) 12 mm |
A. | risers in the flight |
B. | risers plus one |
C. | risers minus one |
D. | risers plus three |
Answer» D. risers plus three | |
110. |
For initial estimate for a beam design, the width is assumed |
A. | 1/15th of span |
B. | 1/10th of span |
C. | 1/20th of span |
D. | 1/30th of span |
Answer» E. | |
111. |
The minimum cube strength of concrete used for a prestressed member, is |
A. | 50 kg/cm2 |
B. | 150 kg/cm2 |
C. | 350 kg/cm2 |
D. | 100 kg/cm2 |
Answer» D. 100 kg/cm2 | |
112. |
A foundation rests on |
A. | base of the foundation |
B. | subgrade |
C. | foundation soil |
D. | base of the foundation, subgrade and foundation soil |
Answer» E. | |
113. |
Thickened part of a flat slab over its supporting column, is technically known as |
A. | drop panel |
B. | capital |
C. | column head |
D. | cannot be determined |
Answer» B. capital | |
114. |
The maximum area of tension reinforcement in beams shall not exceed |
A. | 2% |
B. | 4% |
C. | 0.15% |
D. | 1.5% |
Answer» C. 0.15% | |
115. |
What does R.C.C. stand for? |
A. | reinforced cement concrete |
B. | reinforced concrete cement |
C. | reinforced combined cement |
D. | reinforced constituent cement |
Answer» B. reinforced concrete cement | |
116. |
Chrome and Nickel are added to Steel to improve |
A. | corrosion resistance and high temperature resistance |
B. | strength |
C. | ductility |
D. | weldablity |
Answer» B. strength | |
117. |
(i) tensile strength and yield property (ii) Ductility (iii) Welding (iv) Corrosion resistance |
A. | i and ii only |
B. | i and iii only |
C. | i, ii, iii |
D. | i and iv only |
Answer» D. i and iv only | |
118. |
Which of the following is added to steel to increase resistance to corrosion? |
A. | carbon |
B. | manganese |
C. | sulphur |
D. | copper |
Answer» E. | |
119. |
Phosphorous in Steel ? |
A. | yields high strength |
B. | affects weldability |
C. | increases resistance to corrosion |
D. | improves resistance to high temperature |
Answer» C. increases resistance to corrosion | |
120. |
What happens when Manganese is added to steel? |
A. | decreases strength and hardness of steel |
B. | improves corrosion resistance |
C. | decreases ductility |
D. | improves strength and hardness of steel |
Answer» E. | |
121. |
Explanation: Structural Steel normally have a carbon content less than 0.6%. Carbon content increases hardness, yield and tensile strength of steel but it decreases ductility and toughness. |
A. | 0.1%, 0.12% |
B. | 1.0%, 3.0% |
C. | 3.0%, 1.0% |
D. | 1.0%, 1.0% |
Answer» B. 1.0%, 3.0% | |
122. |
Structural Steel normally has carbon content less than |
A. | 1.0% |
B. | 0.6% |
C. | 3.0% |
D. | 5.0% |
Answer» C. 3.0% | |
123. |
Poisson’s ratio of steel is |
A. | 0.1 |
B. | 1.0 |
C. | 0.3 |
D. | 2.0 |
Answer» D. 2.0 | |
124. |
Elastic Modulus of Steel is |
A. | 1.5 x 109 n/mm2 |
B. | 2.0 x 105 n/mm2 |
C. | 2.0 x 105 n/m2 |
D. | 1.5 x 109 n/m2 |
Answer» C. 2.0 x 105 n/m2 | |
125. |
Which of the following is a disadvantage of Steel? |
A. | high strength per unit mass |
B. | high durability |
C. | fire and corrosion resistance |
D. | reusable |
Answer» D. reusable | |
126. |
Steel is mainly an alloy of |
A. | iron and carbon |
B. | sulphur and zinc |
C. | zinc and tin |
D. | phosphorous and tin |
Answer» B. sulphur and zinc | |