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Test your basic knowledge |
GIS: Geographic Information Systems
Start Test
Study First
Subject
:
it-skills
Instructions:
Answer 50 questions in 15 minutes.
If you are not ready to take this test, you can
study here
.
Match each statement with the correct term.
Don't refresh. All questions and answers are randomly picked and ordered every time you load a test.
This is a study tool. The 3 wrong answers for each question are randomly chosen from answers to other questions. So, you might find at times the answers obvious, but you will see it re-enforces your understanding as you take the test each time.
1. When parallels & meridians intersect at right angles.
Different databases
Navigational Maps
Conformal Map Projections
Legend
2. Essentials of DBMS: Each record has a ________
Objects
Unique identifier
LandSAT TM Bands
Bands
3. Accuracy - reliability - responsibility.
Primary Color
Quality GIGO
Neogeography
Spatial analysis
4. Explanatory list of symbols on a map
World
Legend
Remote Sensing
Compass & human analysis
5. Title - legend or key - grid system - distance scale - direction and compass rose
Multi-scalar
Grasslands
Parts of Map
Simplification
6. 3 different types of ________ - content & services ICS I - Infrastructure (Hardware & Sensors). C - Content (sensors - APIs - UGC & VGI). S - Standards (or lack thereof): access - authority.
Global network of data
Spatial analysis
Primary key
Reference maps
7. The ability to link files together.
Map Projection
Relational DBMS
Horizontal frame EDA
Vertical frame
8. 80 % of all information contain _________
Intersect
RF
Location information
Multi-scalar
9. The reverse of each other.
Thematic Maps
Norths
Selection & Elimination
Dynamic maps
10. The smallest pixel size visible in an image - the limit of magnification
Data Classification
Primary key
Bands
Spatial Resolution
11. A process of mathematical conversion.
Attribute Tabl
Join
Abstraction CLD
Map Projection
12. 2 ______: 1. Unique ID. 2. Type Code. 3 Spatial Components PLP 1. Point. 2. Line/arc. 3. Polygon/area.
API
Raster
Objects
GPS
13. Description by name: ex London
Cartogram
Bands
Nominal Location
Equidistant Map Projections
14. 2 common _______: 1. Vector. 2. Raster.
Data models
Verify Query
Conformal Map Projections
Toponymy
15. Lines that connect points of equal value.
Contour Lines
Compass & human analysis
Topology
Global network of data
16. Points - Polygons - Lines
Vector Data Forms
Lattice Model
Spatial analysis
Location information
17. Connect & travel between landmarks by moving thru space.
Dot Density Map
Abstraction CLD
Spatial analysis
Route knowledge
18. 1. E - Ellipsoid dimensions. 2. D - Datum origin. 3. A - Angular alignment.
RF
Toponymy
TIN
Horizontal frame EDA
19. 36 Spatial Res: 250m Temporal Res: 1 day Swath Width: 2 -330km
Hull
MODIS Bands
GIS (Geographic Information Systems)
VRQ
20. People creating their own maps - on their own terms by combining elements of an existing toolset.
Multi-scalar
Verify Query
Neogeography
Nominal Location
21. Where 2 lines/arcs intersect - an endpoint - or a point along a line.
Cartogram
NODES
Norths
Dynamic maps
22. Connectivity: ___________. 3 elements 1. Nodes & vertices define the shape of the arc. 2. Arcs have a from-node (or starting node) & a to-node (or ending-node). 3. Arcs only join at nodes.
Data models
TIN Topology Tables
Structure
Arc-node topology
23. Provide information about a particular topic or theme.
Maps
Thematic maps
Neogeography
NODES
24. Relative to another known feature
Landmark knowledge
Arcs
Direction
Relative Location
25. The 4 elements or ______: 1. Cell Value - each cell carries a value. 2. Cell size - this determines the resolution. 3. Raster bands - Can have single or multiple bands. 4. Spatial Reference - Raster data must have spatial reference.
Raster Data Model
Spatial analysis
Objects
Legend
26. Points taken at regular intervals from the cumulative distribution function (CDF) of a random variable.
Intersect
Quantile
Azimuthal Maps
Raster
27. Defined by NOIR NOIR N-Nominal - qualitive data. O-Ordinal - order or ranking. I-Interval - numeric scale - arbitrary units. R - Ratio - fixed origin - continuous scale.
Cartogram
GPS
Equal Area Projections
Measurement & Levels of Measurement
28. Understand spatial relations between landmarks>shortcuts.
VRQ
Selection & Elimination
Survey knowledge
WGS84
29. Fixed entitites - Can only take a specific value (Ex. number of students in a class - anything that is counted and not measured)
Direction
Intersect
Discrete Variables
Equal Interval
30. A data classification method that divides a set of attribute values into groups that contain an equal range of values
LandSAT TM Bands
Equal Interval
Structure
Horizontal frame EDA
31. 3 levels of _______:1. Conceptual - definitions - attributes. 2. Logical Model - formalize definitions & measures. 3. Digital Model - define & describe features.
Abstraction CLD
Data Classification
API
Map
32. 3 ______ attributes: 1. Values. 2. Relations. 3. Quality.
Thematic maps
VRQ
Direction
Legend
33. GIS is ________ - spatial analysis & dependent on the computer.
Natural Breaks
Raw data
Data Classification
Geocoding
34. Are made with GIS
Maps
Relational DBMS
Topology
Reference Maps
35. The range of wavelengths sampled by a remote sensor.
Simplification
Polar Stereographic Projections
Map
Spectral Resolution
36. LN 1. L - Level Surfaces. 2. N - NAVD88.
Global network of data
Vertical frame
Absolute Location
Polar Stereographic Projections
37. Converts what entities into objects in the computer 1. Geometry (points - lines - polygons). 2. Measurement of attributes. 3. Accuracy &/or error.
Contour Lines
Vector Data Forms
Equal Interval
Data Modelling
38. The 3 _____: 1. True. 2. Magnetic. 3. Grid.
Measurement & Levels of Measurement
Thematic Maps
Objects
Norths
39. Most popular form of USGS Map
40. 9 Features & Entities: 1. Mountains. 2. Rivers. 3. Forests. 4. Clouds. 5. ________. 6. Cities. 7. Populations. 8. Streets. 9. Fire Hydrants.
Grasslands
Arcs
Equidistant Map Projections
Spatial analysis
41. Preserve Direction
Multi-scalar
Azimuthal Maps
GPS
Landmark knowledge
42. A Complete frame
Natural Breaks
Different databases
Abstraction
WGS84
43. Real Things (trees - forests - cities etc).
Data Modelling
Data Classification
Raw data
Entities
44. Assigning location information to various media (photos - video - music).
Selection & Elimination
GIS (Geographic Information Systems)
Geotagging
Map
45. Map in which some thematic mapping variable is substituted for area (like a graph in a map)
Different databases
Cartogram
Arcs
Norths
46. Blue - Green - Red - NIR....
Bands
Abstraction CLD
LandSAT TM Bands
Norths
47. Preserve Shape
Conformal Maps
Abstraction CLD
Conformal Map Projections
Raster Data Model
48. Identify unique points - patterns or features in space.
Topology
Land Ordinance
Data Modelling
Landmark knowledge
49. Assigning location information to text & discourse.
Raw data
Geoparsing
Thematic maps
Abstraction
50. 2 reasons why Topology matters: 1. Error detection. 2. ___________.
Primary Color
Subsystems
RF
Spatial analysis