Question 1 of 78Fundamentals of Cartography and Visualization
Cartography is defined by the ICA as the:
AStudy of place names only
BTechnique of aerial photography
CArt, science and technology of making and using maps
DScience of measuring the earth's gravity field
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Question 2 of 78Fundamentals of Cartography and Visualization
A representation of a small area at large scale in which the curvature of the earth is neglected is called a:
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Question 3 of 78Fundamentals of Cartography and Visualization
The projection introduced in 1569 that made navigation by constant compass bearing possible is the:
AAlbers equal-area
BLambert conformal conic
CPolyconic
DMercator projection
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Question 4 of 78Fundamentals of Cartography and Visualization
Which of the following is a thematic map?
AA topographic map sheet
BA cadastral plan
CA road atlas index
DA population density map
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Question 5 of 78Fundamentals of Cartography and Visualization
A map at 1:5 000 compared with one at 1:250 000 is:
AAlways less accurate
BOf the same scale
CLarger scale with more detail over a smaller area
DSmaller scale with less detail
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Question 6 of 78Fundamentals of Cartography and Visualization
If a map is enlarged so that its linear dimensions are doubled, its area becomes:
AUnchanged
BFour times
CEight times
DTwice
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Question 7 of 78Fundamentals of Cartography and Visualization
Which scale representation remains correct after a map has been photographically reduced?
AThe graphical (bar) scale
BThe verbal scale
CThe representative fraction
DThe grid interval
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Question 8 of 78Fundamentals of Cartography and Visualization
When a map is reduced in scale, the cartographer must:
AChange the datum
BGeneralize the content and redesign symbols and lettering
CKeep all symbols the same size
DAdd more detail
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Question 9 of 78Fundamentals of Cartography and Visualization
Enlarging a 1:50 000 map to 1:10 000:
ADoes not increase its accuracy or detail
BChanges the projection
CImproves the positional accuracy
DCreates new detail automatically
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Question 10 of 78Fundamentals of Cartography and Visualization
The stage of cartographic abstraction in which only certain features are retained is:
ASymbolisation
BSelection
CPrinting
DClassification
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Question 11 of 78Fundamentals of Cartography and Visualization
Geovisualization is distinguished from traditional cartographic communication mainly by its:
AFixed symbolisation
BHigh interactivity and use for exploring unknown patterns
CAbsence of spatial data
DUse of paper only
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Question 12 of 78Fundamentals of Cartography and Visualization
Nepal's national topographic base map series were produced at scales of:
A1:250 000 and 1:1 000 000
B1:100 and 1:200
C1:500 and 1:1 000
D1:25 000 and 1:50 000
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Question 13 of 78Fundamentals of Cartography and Visualization
A cadastral map is used primarily as:
AA thematic map of soils
BA legal record of property boundaries
CA navigation chart
DA relief model
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Question 14 of 78Map Projection and Map Sheet Numbering
Every map projection necessarily distorts:
ANothing, if carefully chosen
BOnly the colour of the map
COnly the sheet size
DAt least one of shape, area, distance and direction
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Question 15 of 78Map Projection and Map Sheet Numbering
A projection that preserves angles and local shapes is called:
AConformal (orthomorphic)
BEquidistant
CAzimuthal
DEqual-area
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Question 16 of 78Map Projection and Map Sheet Numbering
For a statistical map comparing areas of districts, the most appropriate projection is:
AConformal
BAzimuthal equidistant
CMercator
DEqual-area
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Question 17 of 78Map Projection and Map Sheet Numbering
The scale factor of a projection is defined as:
ALocal scale divided by nominal scale
BArea of the map divided by area of the ground
CNominal scale divided by map size
DGrid convergence
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Question 18 of 78Map Projection and Map Sheet Numbering
On Tissot's indicatrix for a conformal projection, an infinitesimal circle on the earth appears as:
AA square
BAn ellipse of constant area
CA circle of varying size
DA straight line
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Question 19 of 78Map Projection and Map Sheet Numbering
The scale factor at the central meridian of a UTM zone is:
A0.9999
B0.9996
C1.0010
D1.0000
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Question 20 of 78Map Projection and Map Sheet Numbering
Nepal's MUTM projection uses a central-meridian scale factor of:
A0.9996 with 6Β° zones
B1.0000 with 1Β° zones
C0.9999 with 3Β° zones
D0.9990 with 10Β° zones
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Question 21 of 78Map Projection and Map Sheet Numbering
Areas of large north-south extent are best mapped with a:
APolar azimuthal projection
BNormal cylindrical projection
CNormal conical projection
DTransverse cylindrical projection
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Question 22 of 78Map Projection and Map Sheet Numbering
Polar regions are normally mapped using:
APseudo-cylindrical projections
BConical projections
CNormal cylindrical projections
DAzimuthal (planar) projections
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Question 23 of 78Map Projection and Map Sheet Numbering
The angle between grid north and true north on a projected map is the:
AScale factor
BDeflection of the vertical
CMagnetic declination
DGrid convergence
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Question 24 of 78Map Projection and Map Sheet Numbering
An IMW 1:1 000 000 sheet covers:
A1Β° by 1Β°
B15β² by 15β²
C4Β° by 4Β°
D6Β° of longitude by 4Β° of latitude
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Question 25 of 78Map Projection and Map Sheet Numbering
In the sheet designation NH-45, the letter H indicates the:
AScale
BLongitude column
CHemisphere only
DLatitude band
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Question 26 of 78Map Projection and Map Sheet Numbering
Web map tiles on the internet are commonly served in the:
ALambert conformal conic
BPolyconic
CAlbers equal-area
DWeb Mercator projection (EPSG:3857)
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Question 27 of 78Cartographic Visualization
The first consideration in map design is the:
APrinting press available
BNumber of sheets
CPurpose of the map and its intended user
DColour of the paper
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Question 28 of 78Cartographic Visualization
Figure-ground organisation in map design refers to:
AUsing only black and white
BDrawing the grid first
CMaking the area of interest stand out clearly from its surroundings
DPlacing the title at the top
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Question 29 of 78Cartographic Visualization
Visual hierarchy in a map is created mainly by varying:
AProjection
BMap sheet number
CPaper thickness
DSize, lightness contrast, colour and detail
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Question 30 of 78Cartographic Visualization
Data such as land-use categories with no inherent order are measured on a:
AInterval scale
BNominal scale
COrdinal scale
DRatio scale
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Question 31 of 78Cartographic Visualization
Temperature in degrees Celsius is an example of data on a(n):
AOrdinal scale
BRatio scale
CInterval scale
DNominal scale
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Question 32 of 78Cartographic Visualization
Which visual variable is best suited to showing quantitative differences?
AOrientation
BSize
CHue
DShape
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Question 33 of 78Cartographic Visualization
Colour hue should not be used alone to show magnitude because hue:
AIs too expensive
BIs invisible on screens
CCannot be printed
DHas no inherent order
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Question 34 of 78Cartographic Visualization
A choropleth map must be based on:
ARaw totals such as population counts
BStandardised data such as rates or densities
CElevation data only
DPoint observations only
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Question 35 of 78Cartographic Visualization
The most appropriate map type for showing total population of towns is a:
AIsoline map
BProportional (graduated) symbol map
CChoropleth map
DCartogram of districts
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Question 36 of 78Cartographic Visualization
Isolines such as contours or isohyets are used to represent:
ADiscrete nominal categories
BFlows between places
CA continuous surface
DAdministrative boundaries
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Question 37 of 78Cartographic Visualization
A dasymetric map improves on a choropleth map by:
AShowing raw counts
BRemoving the legend
CUsing larger enumeration units
DUsing ancillary data so that boundaries follow the real distribution
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Question 38 of 78Cartographic Visualization
A map in which the area of each unit is drawn proportional to a data value is a:
ACartogram
BFlow map
CChoropleth
DDot map
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Question 39 of 78Cartographic Visualization
In a dot density map, the cartographer must always state the:
AProjection scale factor
BNumber of classes
CPrinting plate type
DValue represented by one dot
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Question 40 of 78Generalization, Typography and Colour Theory
Cartographic generalization is necessary mainly because:
ASurveys are inaccurate
BPrinters cannot handle detail
CProjections distort areas
DThe space available shrinks faster than the features as scale is reduced
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Question 41 of 78Generalization, Typography and Colour Theory
Representing a town by a single dot instead of its built-up outline is the generalization operator called:
ASmoothing
BDisplacement
CExaggeration
DCollapse
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Question 42 of 78Generalization, Typography and Colour Theory
Drawing a road wider than its true scale width so that it remains visible is:
ASelection
BSimplification
CAggregation
DExaggeration
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Question 43 of 78Generalization, Typography and Colour Theory
Moving two symbols slightly apart so that they do not overlap is:
AClassification
BCollapse
CTypification
DDisplacement
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Question 44 of 78Generalization, Typography and Colour Theory
TΓΆpfer's radical law is used to estimate the:
AScale factor of the projection
BNumber of features to be retained when the scale is reduced
CNumber of colours to use
DSize of the map sheet
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Question 45 of 78Generalization, Typography and Colour Theory
On topographic maps, the names of rivers and lakes are conventionally shown in:
ARed upright type
BItalics
CBold upright capitals
DUnderlined text
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Question 46 of 78Generalization, Typography and Colour Theory
According to Imhof's rules, the preferred position for the name of a point feature is:
ADirectly beneath the symbol always
BUpper right of the symbol
CUpper left only
DAcross the symbol
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Question 47 of 78Generalization, Typography and Colour Theory
A halo or mask is applied to map lettering in order to:
AKeep the text legible over busy background detail
BIncrease the printing cost
CShow the scale
DIndicate a water feature
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Question 48 of 78Generalization, Typography and Colour Theory
Toponymy is concerned with:
AThe standardisation and correct treatment of place names
BThe theory of projections
CPrinting plate preparation
DThe design of map symbols
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Question 49 of 78Generalization, Typography and Colour Theory
The colour model used for displaying maps on a computer screen is:
ACIELAB
BRGB (additive)
CMunsell
DCMYK (subtractive)
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Question 50 of 78Generalization, Typography and Colour Theory
For data that increase steadily from low to high, the appropriate colour scheme is:
AQualitative β distinct hues
BRandom colours
CSequential β one hue from light to dark
DDiverging β two hues about a midpoint
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Question 51 of 78Generalization, Typography and Colour Theory
A diverging colour scheme is appropriate when the data:
AHave no order
BDepart from a critical midpoint such as zero or the mean
CAre purely nominal categories
DAre all positive and increasing
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Question 52 of 78Generalization, Typography and Colour Theory
Designing a map for users with red-green colour deficiency requires:
AIncreasing the number of classes
BDifferences in lightness or pattern, not hue alone
CAvoiding all colour
DUsing only red and green
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Question 53 of 78Digital Cartography and Web Cartography
In the raster data model, the location of a value is:
ANot recorded at all
BStored as a list of coordinates
CImplicit in the row and column of the cell
DDefined by topology
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Question 54 of 78Digital Cartography and Web Cartography
Which data model is best suited to representing a continuous surface such as elevation?
ARaster
BVector
CTopological network
DRelational table only
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Question 55 of 78Digital Cartography and Web Cartography
Cadastral parcel boundaries are best stored in:
ARaster form at 30 m resolution
BA scanned image only
CVector form with topology
DA point cloud
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Question 56 of 78Digital Cartography and Web Cartography
Converting a scanned paper map into lines and polygons is called:
AGeoreferencing
BVectorisation
CRasterisation
DGeneralization
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Question 57 of 78Digital Cartography and Web Cartography
Building topology during digital map production ensures that:
AThe map has a title
BPolygons close and lines connect correctly, without slivers or overshoots
CThe colours are correct
DThe projection is conformal
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Question 58 of 78Digital Cartography and Web Cartography
A Digital Landscape Model (DLM) stores:
AThe geometry, topology and semantics of real-world features, independent of graphics
BOnly the printing plates
CThe symbolised graphic map for one scale
DOnly raster images
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Question 59 of 78Digital Cartography and Web Cartography
Adapting a DLM graphically for a particular map product is called:
ARasterisation
BGeoreferencing
CCartographic generalization (DLM β DCM)
DModel generalization (DLM β DLM)
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Question 60 of 78Digital Cartography and Web Cartography
In a thin-client web mapping architecture:
AThe server renders the map and the client only displays it
BData are never transmitted
CNo server is required
DThe client performs all the analysis
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Question 61 of 78Digital Cartography and Web Cartography
The OGC service that delivers rendered map images is:
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Question 62 of 78Digital Cartography and Web Cartography
The OGC service that delivers the actual vector features for client-side use is:
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Question 63 of 78Digital Cartography and Web Cartography
Metadata catalogues for spatial data are searched through the OGC:
AWPS
BKML
CCSW (Catalogue Service for the Web)
DWCS
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Question 64 of 78Digital Cartography and Web Cartography
Which of the following is a dynamic visual variable?
AOrientation
BShape
CHue
DDuration
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Question 65 of 78Digital Cartography and Web Cartography
Interactive functions such as zoom, query and linked views change the map from:
AA vector model into a raster model
BA DCM into a DLM
CA finished statement into a tool for exploration
DA projection into a datum
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Question 66 of 78Map Elements and Reproduction Techniques
A classification method in which each class contains the same number of observations is:
AQuantile
BStandard deviation
CEqual interval
DNatural breaks
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Question 67 of 78Map Elements and Reproduction Techniques
The Jenks optimisation method sets class limits so as to:
AMinimise the variance within classes and maximise it between them
BMake all classes equally wide
CFollow the standard deviation
DPut equal numbers in each class
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Question 68 of 78Map Elements and Reproduction Techniques
The recommended number of classes on a choropleth map is usually:
AAs many as there are units
B1 or 2
CAbout 4 to 7
D15 to 20
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Question 69 of 78Map Elements and Reproduction Techniques
Which of the following is NOT a normal map layout element?
AThe printing press serial number
BNorth arrow
CScale bar
DLegend
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Question 70 of 78Map Elements and Reproduction Techniques
The visual centre of a map sheet lies:
ASlightly above the geometric centre
BExactly at the geometric centre
COutside the neatline
DAt the lower left corner
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Question 71 of 78Map Elements and Reproduction Techniques
Colour separation in traditional map reproduction produced:
AA plotted proof
BOne film for each printing colour
CA single colour photograph
DA digital PDF
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Question 72 of 78Map Elements and Reproduction Techniques
Contact photography differs from camera photography because the film is:
AExposed in direct contact with the original, giving a same-size copy
BPrinted on paper only
CDeveloped without light
DExposed through a lens at a reduced scale
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Question 73 of 78Map Elements and Reproduction Techniques
Thickening and thinning (spreads and chokes) in map reproduction are used to:
AChange the projection
BGeoreference the map
CClassify the data
DAdjust line weight and provide trapping between adjacent colours
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Question 74 of 78Map Elements and Reproduction Techniques
An offset lithographic printing plate works on the principle that:
AInk is forced through a mesh
BThe image is engraved below the surface
CThe image area accepts ink and repels water while the non-image area does the opposite
DHeat fuses toner to paper
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Question 75 of 78Map Elements and Reproduction Techniques
In offset printing, the inked image is transferred from the plate to the paper via the:
APlate cylinder directly
BDamping rollers
CRubber blanket cylinder
DPaper feeder
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Question 76 of 78Map Elements and Reproduction Techniques
Computer-to-plate (CTP) technology eliminates the need for:
APrinting plates
BFilm in the plate-making process
CPaper
DColour separation
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Question 77 of 78Map Elements and Reproduction Techniques
Rotary offset printing is preferred over flat-bed printing for:
ALarge print runs at high speed
BPlotting a single map
CSingle proof copies
DPrinting on wood
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Question 78 of 78Map Elements and Reproduction Techniques
For a short run of updated map sheets on demand, the most economical modern method is:
AGravure
BDigital printing
CScreen printing
DRotary offset with new plates
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