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A. All these
B. Diameter of top of piles varies from 40 cm to 60 cm
C. Thickness of outer shell depends upon pile diameter
D. Diameter of pile at bottom varies from 20 cm to 28 cm
E. Lengths vary from 6 m to 12 m
A. Radial steps
B. Round steps
C. Circular steps.
D. Angular steps
E. Winders
A. At the centre of the base
B. None of these.
C. Within the middle fifth of the base
D. Within the middle third of the base
A. In header course next to first brick
B. In stretcher course next to first brick
C. In stretcher course
D. In header course
E. In any position.
A. Column forms
B. Sides of beams and girders
C. All these at the same time.
D. Bottom of beams and girders
A. A 32 mm thick layer of cement concrete (1 : 2 : 4) is laid on the base course and the surface is made smooth by trowelling
B. After final grinding is over, oxalic acid mixed with water is spread over and rubbed hard with soft material
C. Glass strips are driven into the layer according to the pattern required
D. None of these.
E. A base course is prepared as in cement concrete flooring
A. Louvered door is generally provided in bath rooms
B. Flush door is generally provided in dinning room
C. All these
D. Sliding door is generally provided in show rooms
E. Revolving door is generally provided in cinema halls
A. 15 to 20 cm
B. 30 to 45 cm
C. 5 to 10 cm
D. 25 to 30 cm
E. 60 cm.
A. Inclined borings are occasionally used instead of vertical holes.
B. Inclined borings are made for taking samples under existing structures
C. All these
D. The spacing of inclined borings is kept such that one bore hole is vertically above the bottom of an adjacent bore hole.
A. None of these.
B. The column spacing
C. One-third the column spacing
D. Three-fourth the column spacing
E. Half the column spacing
A. Stability of structure
B. All these
C. Workability
D. Strength
A. 30 to 125 mm
B. 50 to 100 mm
C. None of these.
D. 25 to 75 mm
E. 25 to 50 mm
A. Verandah
B. Dinning halls
C. Roofs.
D. Living rooms
E. Bath rooms
A. Is used to transfer heavy structural loads from steel columns to a soil having low bearing capacity
B. All these
C. Does not require deep cutting as the required base area with required pressure intensity is obtained at a shallow depth
D. Is constructed by rolled steel joists (R.S.J.) placed in single or double tier
E. Is light and economical
A. Strip footing
B. Strap footing
C. Combined footing
D. Raft footing
E. None of these.
A. Peeling.
B. Dubbing
C. Blistering
D. Hacking
A. Simplex pile
B. Mac-Arthur pile
C. Raymond pile
D. Franki pile
E. None of these.
A. Turn
B. All these
C. Quion
D. Junction
A. Header
B. Stretcher
C. Front
D. Side
E. Face
A. Cleat
B. Batten
C. Strut.
D. Purlin
A. 3 weeks
B. 1 week
C. 4 weeks
D. 2 weeks
A. Pillar in a building
B. Supporting structure at each end of a single span bridge
C. Highest point in a arch
D. Purlin in roofing
A. A document issued during the bidding process to modify, clarify, or complement the information outlined in the bidding documents.
B. A document issued during the design process to modify, clarify, or complement the information outlined in the design documents.
C. A document issued after the construction process to modify, clarify, or complement the information outlined in the construction documents.
D. A document issued during the construction process to modify, clarify, or complement the information outlined in the construction documents.
A. Signature of the contract
B. Awarding of the contract to a firm
C. Opening of the bid
D. Request for proposal
A. Floor plans
B. Site maps
C. As-builts
D. Blueprints
A. Record drawings
B. Floor plans
C. MEP drawings
D. Blueprints
A. The process of disposing waste material in unused or unproductive areas.
B. To refill excavated trenches or holes with the material dug out of it.
C. The process of excavating trenches or holes.
D. A method of construction where a masonry wall is built without using mortar between the bricks.
A. Buildings
B. People
C. Furniture
D. Loads such as the roof or floor above
A. It physically operates HVAC systems.
B. It designates HVAC systems for automation.
C. It secures buildings from outside threats.
D. It manages the energy system of a building, including monitoring equipment and protecting against power failures.
A. It manages the security system of a building.
B. It is a direct digital control system.
C. It monitors and protects equipment against power failure.
D. It manages the energy system of a building.
A. To provide new drawings or specifications to the contractor after its contract award
B. To provide new drawings or specifications to the contractor after its project is completed
C. To provide new drawings or specifications to the contractor before its contract award
D. To provide new drawings or specifications to the contractor during its contract award
A. The middle
B. One end
C. Both ends
D. Nothing
A. Contractor of Operations
B. Change Objective
C. Change order
D. Contract Operations
A. The process of clearing land for construction
B. The process of preparing construction materials
C. The process of removing vegetation and material from land in the construction area
D. The process of excavating and grading land
A. The middle of a project
B. The beginning of a project
C. The end of a project
D. The end of a work day
A. A structure built to dam a river.
B. A machine used to pump water out of a well.
C. A structural enclosure installed to retain water in damp soil or bodies of water.
D. A device used to measure the depth of water.
A. The process of testing and verifying the intended behavior of the building systems.
B. The process of demolishing a building
C. The process of constructing a building
D. The process of designing a building
A. A management system in which a computer is the central controlling device.
B. A system in which a computer is used and is the central controlling device.
C. A system in which a computer is not used.
D. A system in which a computer is used but is not the central controlling device.
A. A weather forecast for the construction site
B. A list of workers who did not show up to the construction site
C. A record of field notes, including work completed, weather conditions, and materials delivered or used on-site.
D. A record of the materials used on the construction site
A. The cost provisions in the project budget that make allowance for oversights and unforeseen circumstances associated with the project.
B. The money set aside in case the project goes over budget
C. The budget for project managers
D. The budget for the project's overseers and security
A. Schematic drawings
B. As-built drawings
C. Construction drawings
D. Contract drawings
A. A type of building material
B. The innermost layer of the Earth
C. The exterior of a building
D. The base construction of a building, including its structure, cladding, and vertical systems.
A. Damp-proof coating
B. Damp-proof course
C. Damp-proofing course
D. Damp-prevention course
A. It keeps the foundation from moving
B. It keeps the walls from crumbling
C. It stops water from coming in from the roof
D. It prevents moisture from rising up from the ground
A. The starting point of a survey
B. A benchmark
C. The highest point of a survey
D. A reference point for leveling
A. A barge that has a crane to lift large loads.
B. A barge that is used for construction.
C. A barge that is used to transport cargo.
D. A barge that is used for offshore construction.
A. Direct delusional control
B. Direct digital control
C. Direct driver control
D. Direct data control
A. DBL
B. DLB
C. BLD
D. CLB
A. Do lots of business
B. Dig, lay, bury/backfill
C. Dirty, loud, and brutish
D. Dig little bit
A. A machine
B. A ditch
C. An elevated landmass made of compacted soil or aggregate
D. A large body of water