These Architectural design multiple-choice questions and their answers will help you strengthen your grip on the subject of Architectural design. You can prepare for an upcoming exam or job interview with these Architectural design MCQs.
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A. Any granular mineral material.
B. Crushed slag
C. Crushed stone
D. Water-worn gravel
A. Crushed stone, crushed slag, or water-worn gravel used for surfacing a built-up roof.
B. Any granular mineral material.
C. Crushed stone used for surfacing a built-up roof.
D. Gravel used for surfacing a built-up roof.
A. The lower side of a chimney
B. The area where a roof and wall meet
C. The intersection at a sloping roof with a vertical wall
D. The lower side of a roof
A. Gravel
B. Bitumens
C. Cement
D. Sand
A. The flashing at the joint between a roofing surface and a vertical surface.
B. The bottom layer of shingles on a roof.
C. The process of sealing a roof.
D. A type of roofing material.
A. Top Ply
B. Middle Ply
C. Base Ply
D. Bottom Ply
A. Roofing paper
B. The foundation of the membrane
C. The first layer of the membrane
D. A saturated or coated felt
A. A type of clay
B. A naturally occurring, black or dark brown substance that is solid at room temperature but can be molten when heated.
C. A yellow or brownish-black color
D. The generic term for an amorphous, semi-solid mixture of complex hydrocarbons derived from coal-tar pitch or asphalt.
A. To prevent direct contact of dissimilar metals
B. To provide a sacrificial anode
C. To waterproof
D. To prevent corrosion
A. Nailing done in complete darkness
B. A type of sign language used by the blind
C. Nailing in such a way that the nail heads are not visible on the finished work.
D. A tool used by the blind to aid in mobility
A. Riveting done by a machine
B. Riveting in such a way that the rivets are not visible on the finished work.
C. Riveting two pieces of metal together
D. Riveting done by a person who is blind
A. Iron
B. Aluminium
C. Copper
D. Zinc
A. Iron
B. Tin
C. Lead
D. Copper
A. To provide a vapor barrier
B. To improve thermal insulation and weather protection
C. To act as a fireproofing material
D. To prevent bonding
A. Glass
B. Metal
C. Saturated felts, coated felts, fabrics, or mats
D. Wood
A. To provide a gradual angular transition from the horizontal surface to the vertical surface.
B. To bevel a strip of wood or other material.
C. To support the intersection of a horizontal surface and a vertical surface.
D. To prevent the cracking of roofing applied over it.
A. A type of railroad switch
B. Same as Counterflashing.
C. A method of waterproofing a chimney
D. A device for measuring airspeed
A. A resilient mastic compound used to fill cracks and joints, that remains plastic for an extended period of time.
B. A type of medieval warfare
C. A unit of measurement
D. A form of torture
A. To act as a barrier between two objects
B. To fasten sheet copper components to the supporting understructure
C. To support the expansion of thermal variations
D. To provide a space for holding nails or other fasteners.
A. The horizontal joint between masonry wythes.
B. The vertical joint between masonry wythes.
C. The topmost part of a masonry wall.
D. The joint between two masonry walls.
A. A written piece
B. Base flashing that is constructed by extending the plies of a built-up roof.
C. A method of roofing
D. An art form
A. The conversion of water vapor or other gas to liquid as the temperature drops or the atmospheric pressure rises.
B. The conversion of water vapor or other gas to solid as the temperature drops or the atmospheric pressure rises.
C. The conversion of water vapor or other gas to solid as the temperature rises or the atmospheric pressure drops.
D. The conversion of water vapor or other gas to liquid as the temperature rises or the atmospheric pressure drops.
A. Contingent
B. Contained
C. Continuous
D. Contracted
A. To deal with difficult situations.
B. A support placed at the end of a wall.
C. The covering piece placed on top of a wall that is exposed to the weather.
D. A type of brick.
A. 26,000-28,000 psi
B. 2,600-2,800 psi
C. 260-280 psi
D. 6,000-8,000 psi
A. It is used for electrical wiring.
B. It is used only for intricate ornamental applications.
C. It is used for plumbing.
D. It is used for general use in construction.
A. To direct water off the roof
B. To protect the gutters
C. To cover and protect the upper edge of a base flashing and its associated fasteners.
D. To provide support for the roofing system
A. String course
B. Plinth
C. Course
D. Lintel
A. To support a chimney
B. To provide drainage for a sloped roof
C. To act as a vent for a fireplace
D. To divert water around an obstacle
A. A layer of waterproof material used to prevent moisture from seeping through
B. A device used to measure the pressure of a liquid
C. A method of cooling a structure by evaporating water on its surface
D. Treatment of a surface or structure to resist the passage of water in the absence of hydrostatic pressure.
A. The structural surface to which the roofing or waterproofing system is applied.
B. Part of the roofing or waterproofing system.
C. A support for the roofing or waterproofing system.
D. The roofing or waterproofing system itself.
A. Separation of the plies in a roof membrane system or separation of laminated layers of insulation.
B. The act of drilling a hole in a material
C. The process of cutting a material into small pieces
D. A type of glue used in construction
A. Boiling point
B. Dew point
C. Freezing point
D. Melting point
A. Felt strips that are cut to standard widths of the full felt roll.
B. Felt strips that are cut to widths narrower than the standard width of the full felt roll.
C. Felt sheets.
D. Felt strips that are cut to widths wider than the standard width of the full felt roll.
A. To install gutters
B. For home construction
C. To protect the edge of a roof or other surface
D. To repair roofs
A. Corrosion is the deterioration of a material, usually metal, due to a chemical reaction with its environment.
B. Erosion is the process by which water carries particles of rock and soil away.
C. Erosion is the process of weathering and wearing away of rock surfaces through the action of water.
D. Corrosion is the wearing away of the surface of a metal by oxidation or other chemical action.
A. Environmentally assisted corrosion
B. Ductile corrosion
C. Concentrated water corrosion
D. Diffused water corrosion
A. To allow the building to expand and contract
B. To provide ventilation
C. To prevent moisture from entering the building
D. To minimize the effect of the stresses and movements of a building's components
A. Transverse dimension
B. Exposure
C. Adjacent element
D. Roof system
A. 118
B. 158
C. 108
D. 98
A. 9
B. 10
C. 12
D. 11
A. Mechanically interlocking the fibers of the particular felt material in the presence of moisture and heat.
B. Knitted from vegetable fibers
C. Woven from glass fibers
D. Woven from vegetable fibers
A. Silk fibers
B. Nylon fibers
C. Vegetable fibers or glass fibers
D. Polyester fibers
A. To make the building look more aesthetically pleasing
B. To make the building more structurally sound
C. To increase the weight of the building
D. To prevent water penetration and/or to divert water which has already penetrated.
A. A horizontal joint between masonry wythes that has not been grouted solid.
B. A horizontal joint between masonry wythes that has been grouted solid.
C. A vertical joint between masonry wythes that has been grouted solid.
D. A vertical joint between masonry wythes that has not been grouted solid.
A. The width of copper material
B. The length of copper material
C. The weight of copper material
D. The thickness of copper material
A. The width of the sheet
B. The length of the sheet
C. The height of the sheet
D. The weight of the sheet
A. 1/2 inch to 3/4 inch
B. 3/8 inch to 1/2 inch
C. 1/8 inch to 1/4 inch
D. 5/8 inch to 1/2 inch
A. Provide support for the roof
B. Helps protect the roof from fire
C. Stops wind from coming under the roof
D. Prevents loose aggregate from washing off the roof
A. Soffit
B. Gable
C. Dormer
D. Headlap
A. To create a clean, finished edge
B. To prevent the copper from rusting
C. To make the copper stronger
D. To protect against sharp edges
A. 33,000-35,000 psi
B. 25,000-27,000 psi
C. 29,000-31,000 psi
D. 31,000-33,000 psi
A. To allow lateral movement
B. To provide watertightness
C. To restrict movement
D. To keep the metal flat
A. Drip Edge
B. Copper Sulfate
C. Line Corrosion
D. Patina Formation
A. Maximize
B. Maximilian
C. Maximum
D. Maxi
A. The absorption of water
B. The inclusion of water
C. The regulation of water
D. The exclusion of water
A. Minimize
B. Minimum
C. Maximize
D. Minus
A. A copper-zinc metal having 60% copper and 40% zinc.
B. A metal with a high melting point
C. A brittle metal
D. A copper-zinc alloy
A. A tool used to remove nails
B. A wood strip, attached to a surface, used as a base for nailing or attaching other material.
C. A tool used to cut nails
D. A tool used to drive nails into wood
A. The naturally protective coating that results from the mild corrosive attack of airborne sulfur compounds.
B. Patina is a waste product that is produced during the process of making wine.
C. The naturally protective coating that results from the mild corrosive attack of airborne nitrogen compounds.
D. A patina significantly increases the durability and service life of copper roofing and flashing.
A. Leaves
B. Debris
C. Dirt
D. Rocks
A. For measuring
B. To sharpen tools
C. To cut wood
D. To create a textured finish on copper and other materials.
A. Angle
B. Horizontal
C. Surface
D. Pitch
A. 4
B. 5
C. 3
D. 2
A. The sloped edge of a roof at first or last rafter.
B. A garden tool with teeth
C. The angle at which something leans
D. A unit of area
A. A structural element that is used to join two or more members of a framework
B. A device used to measure angles
C. A fastener that is used to secure two or more pieces of material together
D. A mortar joint which, during construction or at a later date, has been tooled to provide a deep recess.
A. A type of metal
B. A type of stone
C. A type of wood
D. Same as Reglet
A. To support the weight of the structure
B. To lock into the upper edge of base or counterflashing
C. To keep the structure from collapsing
D. To allow water to drain
A. To allow water drainage
B. To provide stability
C. The attachment of counterflashing
D. To improve appearance
A. A downward, "sagging" displacement of a roof membrane
B. An upward, "tenting" displacement of a roof membrane
C. An outward, "bubbling" displacement of a roof membrane
D. A lateral, "sliding" displacement of a roof membrane
A. A type of paper used to make a blueprint of a roof
B. Same as Building Paper.
C. A type of paper used to make a model of a roof
D. A type of paper used to roof a building
A. The roof framing
B. The roof trusses
C. The roofing material
D. The roof deck
A. A heavy building paper impregnated with rosin.
B. A heavy building paper not impregnated with rosin.
C. A building paper that is impregnated with a different substance than rosin.
D. A type of building paper that is not as strong as rosin sized paper.
A. A felt that has been partially saturated with low softening point bitumen.
B. A felt that has been completely saturated with high softening point bitumen.
C. A felt that has been partially saturated with high softening point bitumen.
D. A felt that has been completely saturated with low softening point bitumen.
A. A type of roofing shingle
B. An opening in a wall or parapet that allows water to drain from a roof.
C. A metal flashing used in roofing
D. A roofing material made from rubber
A. To resist abrasion and wear.
B. To maintain flexibility.
C. To provide a nonslip surface.
D. To prevent the penetration of water or air.
A. A mixture of polymers, fillers, and pigments used to fill and seal joints.
B. A device used to prevent the escape of air or gas
C. A machine used to prevent the entrance of air
D. A tool used to prevent the penetration of water
A. Helps to install roof systems.
B. Creates precise, uniform seams without the hammer marks typical of manual seaming techniques.
C. Cuts the roof system.
D. Measures the roof system.
A. To install roofing material
B. To prepare roofing material
C. To overlap sheet material
D. To cover with shingles
A. A type of fabric
B. A software application
C. A device used to measure electrical current
D. A lightweight rosin sized paper inserted between sheet copper and underlayment to prevent bonding.
A. Decline
B. Incline
C. Pitch
D. Gradient
A. Triangle
B. Circle
C. Rectangle
D. Square
A. Supply and demand
B. Square foot
C. Square feet
D. Southern Queensland, Australia
A. The extension of a soil or waste stack through the roof membrane.
B. A type of aircraft
C. A structure used to support a stack of lumber
D. A device used to measure air pressure
A. Base Flashing
B. Wall Flashing
C. Valley Flashing
D. Step Flashing
A. To protect the roofing or waterproofing membrane from the elements
B. To provide a surface for the roofing or waterproofing membrane to be applied to
C. To waterproof the roofing or waterproofing membrane
D. To provide structural support for the roofing or waterproofing membrane
A. To hold the roof down in high winds
B. To provide extra support for the roof
C. To elevate the roof at the perimeter and at curbs that extend through the roof
D. To provide a gradual transition from one layer of insulation to another
A. To provide drainage for the wall
B. To divert moisture to the exterior
C. To protect the wall from water damage
D. To allow air and moisture to pass through
A. Thank you for your patronage
B. Temporary
C. That is all, thank you.
D. Typical
A. To improve weather resistance.
B. To protect the roof deck.
C. To provide extra insulation.
D. To install shingles.
A. United Other Nations
B. Unknown Origin Notice
C. Unless otherwise noted
D. University of New Orleans
A. The treatment of a surface or structure to prevent the passage of water under hydrostatic pressure.
B. A method of construction that minimizes the amount of water that enters a structure
C. The practice of redirecting water away from a structure
D. A process of making fabrics impermeable to water by coating them with a water-repellent finish
A. Gutter
B. Vent
C. Weep
D. Downspout
A. Physical
B. Logical
C. Process
D. All of the mentioned
A. Object-oriented systems
B. Architectural design
C. SRS
D. Both object-oriented systems and Architectural design
A. Physical
B. Development
C. Logical
D. Process
A. Using large-grain components improves performance but reduces maintainability
B. Introducing redundant data improves availability but makes security more difficult
C. Localizing safety-related features usually means more communication so degraded performance
D. All of the mentioned
A. Type of application
B. Distribution of the system
C. Architectural styles
D. Testing the system
A. True
B. False
A. Architecture
B. Repository pattern
C. Model-view-controller
D. Different operating system