Question 1 of 60Site Analysis and Relationship of Natural Systems Components
Micro-climate, as a site analysis component, refers to:
AThe general regional climate pattern
BLocalized climatic variation at the site scale, influenced by topography, vegetation, and built form
COnly the site's legal zoning classification
DOnly the site's soil bearing capacity
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Question 2 of 60Site Analysis and Relationship of Natural Systems Components
Ecology, as a component of site analysis, is primarily concerned with:
AThe site's legal ownership status
BThe site's living systems โ existing vegetation, habitat, and species โ and their interrelationships
COnly the site's structural bearing capacity
DOnly the site's visual landmarks
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Question 3 of 60Site Analysis and Relationship of Natural Systems Components
Which site analysis component specifically addresses groundwater level and subsurface hazards?
AVisual character
BSoils and subsurface conditions
CLand use
DMacro-climate
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Question 4 of 60Site Analysis and Relationship of Natural Systems Components
A site's physiographic character refers to:
AIts legal zoning classification only
BIts landform character (slope, elevation, drainage pattern) within its broader physiographic setting
COnly its visual landmarks
DOnly its existing vegetation species
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Question 5 of 60Site Analysis and Relationship of Natural Systems Components
Visual character, as a site analysis component, includes consideration of:
AOnly the site's soil type
BViews into and out of the site, visual landmarks, and scenic quality
COnly the site's legal ownership records
DOnly the site's groundwater level
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Question 6 of 60Site Analysis and Relationship of Natural Systems Components
Site parameters relevant to design typically include:
AOnly the colour of neighbouring buildings
BSize, shape, orientation, boundary configuration, access points, and legal/zoning constraints
COnly the site's historical ownership records
DOnly the client's personal preferences
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Question 7 of 60Site Analysis and Relationship of Natural Systems Components
A site's geometric properties, such as its aspect ratio and frontage width, primarily influence:
AThe site's legal ownership status
BBuildable form, massing options, and circulation layout
COnly the site's ecological habitat value
DOnly the regional macro-climate
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Question 8 of 60Site Analysis and Relationship of Natural Systems Components
Contextual mapping, as part of site analysis, primarily documents: patterns
AOnly the site's internal soil composition
BThe site's surroundings โ adjacent land uses, building heights/character, infrastructure, and movement
COnly the client's construction budget
DOnly the building's proposed interior layout
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Question 9 of 60Site Analysis and Relationship of Natural Systems Components
Macro-climate, as distinguished from micro-climate, refers to:
ALocalized site-scale climatic variation only
BThe general regional climate (temperature range, rainfall, seasonal pattern) within which the site sits
COnly the shading pattern created by a single tree on site
DOnly the wind pattern between two adjacent buildings
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Question 10 of 60Site Analysis and Relationship of Natural Systems Components
Understanding existing and permitted land use of a site and its surrounding parcels primarily helps to:
ADetermine only the site's soil bearing capacity
BInform a compatible design response and appropriate use allocation
CReplace the need for any climatic analysis
DDetermine only the building's colour scheme
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Question 11 of 60Soil's Bearing Capacity and Topography
Which soil type is generally characterized by high bearing capacity and good drainage, suitable for foundations?
AClayey soil
BGravel/coarse-grained soil
CSilty soil with poor drainage
DLoose, uncompacted sandy soil
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Question 12 of 60Soil's Bearing Capacity and Topography
Clayey soil is particularly noted for its tendency toward:
AExcellent, consistently high drainage under all conditions
BShrink-swell behaviour with moisture change
CBeing the strongest and most stable soil type in all conditions
DComplete absence of any settlement risk
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Question 13 of 60Soil's Bearing Capacity and Topography
The Standard Penetration Test (SPT) is an example of:
AA laboratory test on an undisturbed soil sample
BAn in-situ (field) test used to characterize subsurface soil conditions
CA method of improving bearing capacity through compaction
DA method of representing topography using contour lines
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Question 14 of 60Soil's Bearing Capacity and Topography
Bearing capacity, as a soil property, refers to:
AThe soil's colour and texture only
BThe soil's capacity to safely support an applied load without excessive settlement or shear failure
CThe soil's chemical composition only
DThe depth of groundwater beneath the site
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Question 15 of 60Soil's Bearing Capacity and Topography
Soil stabilization, as a method of improving bearing capacity, typically involves:
ARemoving all soil with no replacement
BAdding materials such as lime or cement to improve the soil's strength
COnly mechanical compaction with no chemical treatment
DConstructing only a raft foundation with no ground improvement
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Question 16 of 60Soil's Bearing Capacity and Topography
When natural soil bearing capacity is inadequate and ground improvement is not economical, which foundation strategy can bypass the weak strata entirely?
AA shallow strip foundation with no ground improvement
BA deep foundation system (piles)
CSimply increasing the footing's plan area with no other change
DIgnoring the soil condition and proceeding with a standard shallow foundation
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Question 17 of 60Soil's Bearing Capacity and Topography
Topography, as a site planning concept, describes:
AThe site's legal ownership boundary only
BThe shape and features of the land surface (elevation, slope, relief)
COnly the site's soil chemical composition
DOnly the site's building height regulations
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Question 18 of 60Soil's Bearing Capacity and Topography
On a contour map, closely spaced contour lines indicate:
AA gentle, nearly flat slope
BA steep slope
CA perfectly level site with no elevation change
DThe presence of a water body only
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Question 19 of 60Soil's Bearing Capacity and Topography
On a contour map, a 'V' shape in the contour lines pointing uphill (toward higher elevation) typically indicates:
AA ridge
BA valley
CA perfectly flat plateau
DA building footprint
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Question 20 of 60Soil's Bearing Capacity and Topography
Widely spaced contour lines on a topographic map generally indicate:
AA very steep slope
BA gentle slope
CThe exact location of a soil boring
DThe site's bearing capacity value
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Question 21 of 60Synthesis and Interpretation of Site Data
A design response achieving programme 'fit' for a site is best characterized as one that:
AIgnores the site's climate, ecology, and topography entirely
BRespects and responds to the site's climate, ecology, soil, topography, and context
CApplies an identical generic solution regardless of site conditions
DIs based solely on the client's aesthetic preference with no site data input
Answer is hidden
Question 22 of 60Synthesis and Interpretation of Site Data
Grading, as a site works activity, primarily involves:
AOnly the design of interior room layouts
BReshaping the ground surface (cut and/or fill) to achieve required levels and drainage falls
COnly the preparation of a bill of quantities
DOnly the selection of exterior cladding materials
Answer is hidden
Question 23 of 60Synthesis and Interpretation of Site Data
A key consideration in grading design is to:
AMaximize net cut/fill volume regardless of cost or site disruption
BBalance earthwork, minimizing net cut/fill where possible, while respecting existing topography
CIgnore existing topography entirely
DEliminate the need for any drainage consideration
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Question 24 of 60Synthesis and Interpretation of Site Data
Site layout and setting out primarily involves: coordinates/benchmarks
ASelecting the interior furniture layout for a building
BPrecisely establishing the position of building corners/grid lines on the ground using survey
CPreparing only a colour rendering for client presentation
DDetermining only the project's overall cost estimate
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Question 25 of 60Synthesis and Interpretation of Site Data
Excavation for foundation formation level must give particular attention to:
AThe building's interior colour scheme
BSafe slope angles/shoring to prevent collapse of the excavated face
COnly the site's electrical load schedule
DOnly the choice of window glazing type
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Question 26 of 60Synthesis and Interpretation of Site Data
Trenching, as distinct from general excavation, specifically refers to excavation for:
ALarge, open building basements only
BLinear elements such as foundations and service pipes/cables
COnly landscaping planting beds
DOnly roof construction
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Question 27 of 60Synthesis and Interpretation of Site Data
Drainage layout planning for a site primarily addresses:
AOnly the site's electrical distribution system
BSurface water management โ grading falls, collection points, storm drains/swales, and disposal/retention
COnly the interior lighting design
DOnly the choice of exterior paint colour
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Question 28 of 60Synthesis and Interpretation of Site Data
A primary objective of proper drainage layout is to:
ADirect water accumulation directly against building foundations
BPrevent water accumulation against foundations and control runoff appropriately
CEliminate the need for any grading at all
DIncrease erosion on the site by concentrating flow
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Question 29 of 60Synthesis and Interpretation of Site Data
The synthesis of site data with the project's functional programme (as covered in this section) directly parallels which earlier design process concept?
AThe general architectural design process (bubble diagrams, concept formulation) from Chapters 4 and 5
BOnly the municipal drawing submission process
COnly the choice of construction materials for cladding
DOnly the calculation of a building's electrical load
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Question 30 of 60Synthesis and Interpretation of Site Data
Establishing appropriate shoring for a trench depends particularly on:
AOnly the colour of the surrounding buildings
BThe trench's depth-to-width ratio and the surrounding soil conditions
COnly the trench's proximity to a public road
DOnly the client's budget with no reference to safety
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Question 31 of 60Hard and Soft Landscape Elements and their Application
Which of the following is classified as a soft landscape element?
AConcrete unit pavers
BVegetation (trees, shrubs, groundcover)
CA retaining wall
DA bench or litter bin
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Question 32 of 60Hard and Soft Landscape Elements and their Application
Landforms, as a soft landscape element, can be shaped (mounding, terracing, berms) to:
AOnly serve a purely decorative function with no other purpose
BCreate spatial definition, control views, manage drainage, or provide buffering
CReplace the need for any surface material selection
DEliminate the need for any vegetation on site
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Question 33 of 60Hard and Soft Landscape Elements and their Application
Water features in landscape design (ponds, fountains, streams) serve which combination of purposes?
AAesthetic purposes only, with no other function
BAesthetic, microclimatic (cooling), and ecological (habitat) purposes
CStructural load-bearing purposes only
DPurely regulatory/legal purposes with no design function
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Question 34 of 60Hard and Soft Landscape Elements and their Application
Which of the following is a hard landscape element?
AGroundcover planting
BPaving (stone, brick, or concrete unit pavers)
CA pond or reflecting pool
DA tree selected for shade
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Question 35 of 60Hard and Soft Landscape Elements and their Application
Outdoor fittings in a landscape design typically include:
AOnly structural foundation elements
BSite furniture (benches, bollards, litter bins), lighting, and signage
COnly vegetation species selection
DOnly landform shaping (mounding/terracing)
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Question 36 of 60Hard and Soft Landscape Elements and their Application
A pergola or gazebo, as a landscape design element, is best classified as:
AA soft landscape element
BA hard landscape construction/structure providing spatial definition or shelter
CA type of vegetation
DA type of water feature
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Question 37 of 60Hard and Soft Landscape Elements and their Application
A key principle in balancing hard and soft landscape elements is to: benefit
AUse only hard elements throughout the entire site with no vegetation
BFavour hard elements in high-use areas (for durability) while retaining soft elements for ecological/aesthetic
CUse only soft elements even in areas of intense pedestrian traffic
DIgnore maintenance requirements entirely when selecting materials
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Question 38 of 60Hard and Soft Landscape Elements and their Application
Selecting climate- and context-appropriate plant species and materials is important primarily to ensure:
AMaximum short-term visual impact with no regard for long-term performance
BLong-term sustainability and a reduced maintenance burden
CCompliance only with the client's personal colour preference
DThat no local materials are used under any circumstances
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Question 39 of 60Hard and Soft Landscape Elements and their Application
Surface materials in hard landscaping are selected based on which combination of factors?
AOnly their initial purchase cost, with no other consideration
BDurability, permeability, texture, and visual character
COnly their compatibility with a specific plant species
DOnly their structural load-bearing capacity for a building's roof
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Question 40 of 60Hard and Soft Landscape Elements and their Application
Retaining walls, as hard landscape structures, are primarily used to:
AOnly provide a decorative surface finish with no structural function
BResist lateral earth pressure and maintain a difference in ground level within a landscape design
COnly provide a source of shade equivalent to a tree
DReplace the need for any grading design
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Question 41 of 60Open Spaces
Plazas/squares, as a type of open space, primarily serve as:
APurely private residential courtyards with no public access
BCivic gathering spaces, often adjacent to significant public buildings
COnly dedicated children's playgrounds
DOnly ecological habitat corridors
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Question 42 of 60Open Spaces
Green corridors/greenways, as an open space typology, are particularly valued for providing:
AOnly a location for individual private gardens
BConnectivity for pedestrians/cyclists and ecological continuity
COnly a location for large commercial buildings
DNo relationship to pedestrian movement at all
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Question 43 of 60Open Spaces
Historically, in traditional Nepalese urban form, open spaces such as the chowk or dabali served:
AA single, purely recreational function with no other purpose
BCombined civic, ceremonial, commercial, and social functions integrated into the settlement fabric
CNo function at all, being purely decorative voids
DOnly a function related to modern vehicular traffic management
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Question 44 of 60Open Spaces
Historical open spaces were often carefully proportioned and enclosed by surrounding built form primarily to:
AEliminate any sense of place or identity
BCreate a strong sense of place and defined civic identity
CMaximize vehicular traffic flow through the space
DPrevent any social or civic use of the space
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Question 45 of 60Open Spaces
A 'pocket park,' as a contemporary urban open space typology, is best described as:
AA very large regional park covering hundreds of hectares
BA small, infill urban green space
CA purely private residential garden with no public access
DA type of underground parking structure
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Question 46 of 60Open Spaces
Rooftop/podium open space, as a contemporary typology, is particularly relevant in:
ARural agricultural areas with abundant open land
BDense urban contexts with limited ground-level land
CContexts with no vertical building development at all
DOnly single-storey residential developments
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Question 47 of 60Open Spaces
Contemporary open space design increasingly emphasizes which of the following considerations?
AExclusively vehicular access with no pedestrian consideration
BAccessibility/inclusivity, ecological function, and adaptable/flexible programming
CA single fixed use with no possibility of adaptation
DElimination of all ecological/stormwater function
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Question 48 of 60Open Spaces
A multi-functional plaza, as a contemporary open space typology, is characterized by:
AServing only a single, narrowly defined civic function
BCombining civic, commercial, and recreational uses within one space
CBeing accessible only to a single private institution
DHaving no relationship to surrounding buildings
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Question 49 of 60Open Spaces
Open spaces such as public parks contribute to which of the following, beyond their social/recreational role?
ANo additional benefit beyond recreation
BUrban ecology and microclimate moderation
COnly an increase in vehicular traffic congestion
DOnly a decrease in a city's overall land value
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Question 50 of 60Open Spaces
Institutional/private open space (e.g. school grounds, residential courtyards) is best described as:
AOpen space with unrestricted public access at all times
BOpen space associated with a specific institution or private property, serving that user group's needs
CA type of public civic plaza open to the entire city
DA type of regional greenway corridor
Answer is hidden
Question 51 of 60Miscellaneous: Landscape Typologies and Environment/Ecology
A key design consideration for a roof garden, given its location, is:
AIgnoring waterproofing and drainage entirely
BWaterproofing/drainage design and adequate structural load capacity
CMaximizing heavy, non-lightweight growing medium regardless of structural implications
DEliminating the need for any plant selection consideration
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Question 52 of 60Miscellaneous: Landscape Typologies and Environment/Ecology
An atrium, as a landscape/architectural typology, is best described as:
AAn exterior-only roadside plantation
BAn enclosed (often glazed) internal courtyard/void space, frequently landscaped
CA children's outdoor play area exclusively
DA type of underground parking structure
Answer is hidden
Question 53 of 60Miscellaneous: Landscape Typologies and Environment/Ecology
Roadside plantations/avenues primarily provide which combination of benefits?
AOnly structural support for adjacent buildings
BShade, visual/acoustic buffering, aesthetic character, and pedestrian comfort
COnly a source of urban stormwater pollution
DOnly a barrier preventing any pedestrian movement
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Question 54 of 60Miscellaneous: Landscape Typologies and Environment/Ecology
Indoor landscape elements (potted plants, green walls) within a building primarily contribute to:
AOnly a decrease in the building's structural stability
BImproved air quality, aesthetics, and occupant wellbeing
COnly an increase in the building's energy consumption with no benefit
DElimination of the need for any exterior landscaping
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Question 55 of 60Miscellaneous: Landscape Typologies and Environment/Ecology
A children's play area design should particularly incorporate:
AOnly adult-scaled equipment with no consideration for age-appropriateness
BAge-appropriate equipment, impact-absorbing safety surfacing, and clear supervision sightlines
CNo shade provision under any circumstances
DEquipment with no consideration for safety surfacing at all
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Question 56 of 60Miscellaneous: Landscape Typologies and Environment/Ecology
Understanding 'ecosystem services' in the context of architectural/site design refers to: environment/ecology
AOnly the financial services available near the site
BNatural benefits such as clean air/water provision and temperature regulation provided by the surrounding
COnly the building's mechanical HVAC service systems
DOnly the legal permitting services required for construction
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Question 57 of 60Miscellaneous: Landscape Typologies and Environment/Ecology
Which of the following is an example of a design decision that contributes positively to ecological function?
AMaximizing impervious paved surface with no permeability
BUsing native/climate-appropriate planting and permeable surfaces
CEliminating all vegetation from the site
DIgnoring stormwater management entirely
Answer is hidden
Question 58 of 60Miscellaneous: Landscape Typologies and Environment/Ecology
The urban 'heat island effect,' a negative ecological impact of concern in architectural/site design, refers to: absorbing surfaces
AA cooling effect unique to rural areas
BElevated temperatures in urban areas compared to surrounding rural areas, often due to extensive hard, heat-
CA phenomenon only related to underwater ecosystems
DA benefit provided exclusively by roof gardens with no downside
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Question 59 of 60Miscellaneous: Landscape Typologies and Environment/Ecology
Ecological and environmental considerations in architectural design should ideally be integrated:
AOnly as an afterthought applied to landscaping at project completion
BFrom the earliest design stages, including site analysis
COnly after construction has already been completed
DOnly in projects with no landscape component at all
Answer is hidden
Question 60 of 60Miscellaneous: Landscape Typologies and Environment/Ecology
Green walls, as a form of indoor/vertical landscape, are primarily used to:
AReduce a building's structural stability intentionally
BImprove air quality and aesthetics while integrating planting into limited floor area
CEliminate the need for any children's play area design
DReplace the building's primary structural wall system entirely