These Mechanics of Structures multiple-choice questions and their answers will help you strengthen your grip on the subject of Mechanics of Structures. You can prepare for an upcoming exam or job interview with these Mechanics of Structures MCQs.
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A. It is the study of the structure and behavior of molecules
B. It is the study of the physical structure of the Universe
C. Structural engineering is a sub-discipline of civil engineering
D. It is the study of the deformation of solids
A. The substructure at the ends of a bridge span or dam supporting its superstructure.
B. A large rock in a river
C. A device used to support a bridge superstructure
D. The span of a bridge
A. The length of a structure
B. The width of a structure
C. The height of a structure
D. The distance between two intermediate supports for a structure
A. A structure built to span a physical obstacle without blocking the way underneath.
B. The way underneath
C. A structure built to block the way underneath
D. A physical obstacle
A. Square kilometre
B. Hectare
C. Square metre
D. Acre
A. 640
B. 10,000
C. 4,840
D. 43,560
A. A unit of measurement
B. A type of cheese
C. A piece of construction equipment
D. A musical instrument
A. A tool used to measure the depth of a hole
B. A type of jack that is operated by turning a leadscrew.
C. A screw used to fasten two pieces of wood together
D. A type of drill used to create holes in wood
A. The tendency of similar particles or surfaces to cling to one another.
B. Adhesion is when two objects collide.
C. Adhesion is the force between molecules that are attracted to each other.
D. The tendency of dissimilar particles or surfaces to cling to one another.
A. To provide support
B. To resist compressive stress and provide bulk
C. To resist shear stress
D. To resist tensile stress
A. A colorless, transparent, odorless gas
B. A thick, viscous liquid
C. A hard, brittle, silvery-white Transition metal
D. A granular material composed of finely divided mineral particles.
A. A loose aggregation of rock fragments
B. A type of dance
C. A mineral
D. A animal
A. A tool used in construction
B. Construction material including sand, gravel, and crushed stone
C. The study of construction
D. The process of construction
A. A combination of two or more elements, at least one of which is a metal.
B. A material consisting of two or more elements as an intermetallic compound
C. A combination of metals or of a metal and another element.
D. A solid solution of two or more metals
A. Compounds of metalloids with metals
B. Chemical elements
C. Alloys depending on bond types
D. Transition metal oxides
A. American Naval Systems Institute
B. American Nuclear Standards Institute
C. American National Standards Institute
D. American National Science Institute
A. A concrete dam that is curved upstream in plan.
B. A concrete dam that is curved downstream in plan.
C. A wooden dam that is curved upstream in plan.
D. A stone dam that is curved upstream in plan.
A. The process of planning
B. Constructing
C. Designing
D. Buildings or any other structures
A. The column
B. The lintel
C. The beam
D. The epistyle
A. A support beam in a roof
B. The lintel or beam that rests on the capitals of the columns.
C. The roof of a building
D. A type of column
A. To cover transitions between surfaces or for decoration.
B. To fix door frames
C. For sound proofing
D. To make floors
A. Roughly shaped stone
B. Finely dressed stone that has been squared
C. Stone that has not been worked
D. A type of mortar
A. The building of structures from individual units, which are often laid in and bound together by mortar.
B. A type of brick
C. A fraternity
D. The study of Freemasonry
A. A three-sided solid
B. A five-sided solid
C. A four-sided solid
D. A six-faced solid
A. A measure of the hardness of Austenitized iron-based metals.
B. The process of heating iron-based metal to a temperature where it changes crystal structure from martensite to austenite.
C. The process of cooling iron-based metal to a temperature where it changes crystal structure from austenite to ferrite.
D. The process of heating iron-based metal to a temperature where it changes crystal structure from ferrite to austenite.
A. Carbon steel
B. Austenite
C. Structural test
D. Iron-carbides
A. To calculate
B. To provide weight
C. To measure
D. To provide stability to a vehicle or structure
A. Bulk goods that are conveyed by water and air.
B. Bulk goods conveyed by water, air, or land.
C. Bulk goods conveyed by water, air, land, or space.
D. Goods that are conveyed by water, air, and land.
A. Vehicular or pedestrian restraint system
B. In ships
C. Prestressing of concrete
D. Construction of bridges
A. A steel strand used to reinforce concrete
B. A cable used for internet
C. A cable used for television
D. A cable used to provide electrical power
A. A form of concrete used in construction.
B. A process used in construction.
C. A tool used in construction.
D. A machine used in construction.
A. To resist loads applied laterally to the beam's axis.
B. To allow movement
C. To resist compression
D. To support a structure
A. To split a complex structure into simple elements
B. To identify the mode shapes of a system
C. To calculate the load on each member of a truss
D. To predict the motion of a system
A. Bearing capacity
B. Ground capacity
C. Soil capacity
D. Load capacity
A. A type of steel
B. A type of plastic
C. A type of glass
D. The building blocks that define the overall shape and character of a structure.
A. Arches
B. Bents
C. Girders
D. Spans
A. A type of bread
B. A place where bison live
C. A structural element made of wooden piles, timber framing, steel framing, or concrete
D. The past tense of the verb "to bend"
A. To make windows
B. To make doors
C. To make walls, pavements and other elements in masonry construction.
D. To make roofs
A. Masonry produced by a bricklayer, using bricks and mortar
B. A form of concrete
C. A decorative wall finish
D. A temporary wall
A. A wall composed of brick and mortar.
B. A layer of bricks stacked on top of each other in a wall.
C. A layer of mortar between rows of bricks in a wall.
D. A layer of the same unit running horizontally in a wall.
A. A material that is weak and deforms easily under stress
B. A material that is strong and deforms easily under stress
C. A material that is strong and does not deform easily under stress
D. A material that fractures with little elastic deformation and without significant plastic deformation
A. To provide support for a structure
B. To increase the seismic activity of a structure
C. To provide lateral resistance to buckling
D. To resist wind forces
A. How resistant to tension the substance is.
B. How resistant to compression the substance is.
C. How resistant to torsion the substance is.
D. How resistant to shearing the substance is.
A. Cements consisting of hydraulic calcium aluminates
B. Cements without hydraulic calcium aluminates
C. Cements consisting predominantly of hydraulic calcium aluminates.
D. Cements with less hydraulic calcium aluminates
A. Small-scale, specialized applications
B. Large-scale, unspecialized applications
C. Large-scale, specialized applications
D. Small-scale, unspecialized applications
A. A piece of timber cut archwise, and steel bent or rolled, with an obtuse angle in the middle
B. A piece of timber cut archwise, and steel bent or rolled, with an acute angle in the middle
A. The rate of change in elevation (height) between the two rails or edges.
B. The width of the track
C. The height of the track
D. The distance between the two rails
A. A beam supported at both ends
B. A rigid structural element that extends horizontally and is supported at only one end.
C. An element that is supported only at one end
D. A type of simple machine
A. A steel without carbon content
B. A steel with carbon content more than 2.1 percent
C. A steel with carbon content less than 0.05 percent
D. A steel with carbon content from about 0.05 up to 2.1 percent by weight.
A. Greater than 0.8%
B. Greater than 2%
C. Less than 2%
D. Equal to 2%