UNM Objective Quiz

UNM Objective Quiz

1)     What are the capabilities of ArcGIS Pro?

Ans: 

·       Project-based workflows

·       Combined 3D/2D visualization

·       64-bit support

·       Multiple layout support

 

2)     What is the ArcMap equivalent of the ArcGIS Pro project Geodatabase?

Ans: Default Geodatabase

3)     Define two difference between ArcGIS Pro and ArcMap?

Ans: 

 

4)     Can I use my maps from ArcMap to ArcGIS Pro?

Ans: 

Yes, map documents (.mxd), scenes (.sxd), and globes (.3DD) can be imported into ArcGIS Pro and saved in a project.

5)     What are the different types of network rules to perform the connectivity/trace?

Ans: 

                                           i.         Junction-Junction connectivity

                                         ii.         Junction-edge connectivity

                                        iii.         Edge-junction-edge connectivity

                                        iv.         Containment Associations

                                         v.         Structural Attachment Associations 

 

6)     What are the items you can share in ArcGIS Pro?

Ans: 

a)     Layer Packages

b)     Map Packages

c)     Web layers

d)     Web Maps

7)     What would you share so the user could access, view and edit your work?

Ans: A web Feature layer.

8)     The job of a ____________ is to manage information about features and logical connections between features.

a)     Feature restriction

b)     Feature service

c)     Network topology

d)     Network rule

Ans: Network topology

 

9)   Calculate the length of the line to perform the tracing. Should you use a network category or network attribute?

Ans: Network Attribute

 

10)  How is the utility network made available on any device?

Ans: It is service-based.

 

11)  Features in a structural network have network resources passing through them.

a)     True

b)     False

Ans: False

 

12)  Domain networks are defined by schema from an asset package.

a)     True

b)     False

Ans: True

 

13)  An ___________ is a file geodatabase that models the schema, properties, layers, rules, and tables of a utility network for a given domain, such as water, gas, or electric.

a)     Asset group

b)     Archive

c)     Utility network

d)     Asset package

Ans: Asset package

 

14)  The job of a __________ is to manage information about features and store logical connections between features.

a)     Feature restriction

b)     Feature service

c)     Network topology

d)     Network rule

Ans: Network topology

 

15)  A network rule cannot conflict with a feature restriction.

a)     True

b)     False

Ans: True

16)  What are used to mark information that is new to the network and is not reflected in the network topology?

a)     Error features

b)     Dirty areas

c)     Coincident features

d)     Restriction areas

Ans: Dirty Areas

 

17)  Why do the lines move with the point features?

Ans: They move because the features are participating in a topology and have shared geometry.

 

18)   Which type of template allows you to include multiple features in a set geographic configuration?

a)     Feature template

b)     Group template

c)     Preset template

d)     Solution template

Ans: Preset template

 

19)  You want to add connectivity between features that are not geographically coincident and are not connected with physical feature. Which type of association should you use?

a)     Connectivity association

b)     Structural attachment

c)     Terminals

d)     Containment association

Ans: Connectivity association

 

20)  What is the main benefit of containment association?

Ans: maps look less cluttered from densely grouped features.

 

21)  What type of features are present in the regulator station?

Ans: metal elbows, controllable Valves, coated steel pipes, relief valves and regulators

 

22)  A utility network is subdivided into a set of zones or circuits in which resources flow called __________.

a)     Tiers

b)     Tier group

c)     Subnetworks

d)     Terminals

Ans: Subnetworks

23)  Devices that have _______ control the flow of resources, act as subnetwork controllers, and define subnetworks.

a)     Terminals

b)     Tiers

c)     Container

d)     Attachments

Ans: Terminals

 

24)  Pressure networks, such as gas, water, or sewage, have a hierarchical type of tier definition.

a)     True

b)     False

Ans: True

 

25)  Traversability describes the state where two features are connected and have appropriate attributes to support resource flow.

a)     True

b)     False

Ans: True

 

 

26)  What uses a tag to represent a characteristic of an asset in your network?

a)     Network attribute

b)     Function

c)     Barriers

d)     Network categories

Ans: Network categories

 

27)  Which type of trace deals with the connection of features, as oppose to the flow of resources?

a)     Upstream

b)     Downstream

c)     Connected

d)     Subnetwork

Ans: Connected 

 

28)  Should you use network category or network attribute for protective features?

Ans: network category

 

29)  Should you use network category or network attribute for status fields?

Ans: network attribute

 

30)  Should you use network category or network attribute for line length?

Ans: network attribute

 

31)  Why does the trace stops at the valves along the west side of the subnetwork?

Ans: it stopes because the valves are closed

 

32)  What is the asset group and the asset type for the feature?

Ans: pressure valves is the asset group, and pressure reducing is the asset type

 

 

33)  What is the primary use of network diagrams?

a)     Displaying flow directions

b)     Displaying connectivity

c)     Display containers

d)     Display structures

Ans: Displaying connectivity.

 

34)  What are diagram templates composed of?

a)     Rules, layouts, and diagrams

b)     Maps, layouts, and containers

c)     Rules, layouts, and layer definitions

d)     Rules, layouts, and symbology

Ans: Rules, layouts, and layer definitions

 

35)  The three out-of-the-box diagram templates are Basic, ExpandContainers, and CollapseContainers.

a)     True

b)     False

Ans: True

 

 

36)  Which add-in allows you to access solutions with ArcGIS Pro?

a)     ArcGIS Solutions Deployment Tool

b)     ArcGIS Solution Manager

c)     ArcGIS Solutions Assistant

d)     ArcGIS Solutions Package

Ans: ArcGIS Solutions Deployment Tool

 

37)   Which toolbox contains the tools to stage the utility network and apply asset packages?

a)     Utility Network Package Tools

b)     Utility Network Tools

c)     Network Analyst Tools

d)     Data Management Tools

Ans: Utility Network Package Tools

 

 

38)  What is ArcGIS Pro primarily used for?

a)     3D modeling and animation

b)      Image editing and manipulation

c)     Creating and managing geographic information systems (GIS) data

d)      Video editing and production

Ans: Creating and managing geographic information systems (GIS) data.

 

39)  Which extension in ArcGIS Pro is used for spatial analysis and advanced geoprocessing tasks?

a)     Spatial Analyst

b)     Data Interoperability

c)     Network Analyst

d)     Geostatistical Analyst

Ans: Spatial Analyst

 

40)  Which pane in ArcGIS Pro allows you to view and manage all the data layers in a map?

a)      Contents

b)      Catalog

c)     Geoprocessing

d)     Analysis

Ans: Contents

 

41)  In the utility network, what is the purpose of a "feature class"?

a)     To represent attributes of the utility network elements

b)      To create topological relationships between elements

c)     To define the style and symbology of the utility network

d)     To provide access to geoprocessing tools for network analysis

Ans: To represent attributes of the utility network elements.

 

42)  Both structure networks and domain networks contain feature classes that contain asset groups and asset types.

a)     True

b)     False

Ans: True

 

43)  What is the purpose of tier groups and tiers in a network hierarchy?

a)     To classify users based on their access levels.

b)     To model the hierarchy of resource delivery in a network

c)      To determine the physical location of network devices

d)     To organize network equipment by brand and model

Ans: To model the hierarchy of resource delivery in a network.

 

44)   What is the function of subnetworks in a network?

a)     They are used for routing data packets in a network.

b)     They group similar devices based on their functionalities.

c)      They collect features for trace analysis originating from a controller.

d)      They help in assigning IP addresses to devices in a network.

Ans: They collect features for trace analysis originating from a controller.

 

45)  Which statement best describes feature classes in a network?

a)      They contain features related to specific geographic locations.

b)     They group network devices based on their manufacturer.

c)     They classify users into different access levels.

d)     They contain features in structure and domain networks.

Ans: They contain features in structure and domain networks.

 

46)  What is the purpose of asset groups and asset types in network modeling?

a)     They classify network resources based on their usage frequency.

b)     They define features at a more detailed level within feature classes.

c)     They determine the speed and bandwidth of network connection.

d)      They categorize users into different security levels based on their roles.

Ans: They define features at a more detailed level within feature classes.

 

 

47)  What is the primary purpose of using asset groups and asset types in a utility network?

a)      To track the number of assets in the network.

b)      To classify assets based on their installation date.

c)      To manage and analyze assets based on their functionality or characteristics.

d)      To determine the financial value of assets in the network.

Ans: To manage and analyze assets based on their functionality or characteristics.

 

48)  In a utility network, what are asset groups and asset types used for?

a)     Organizing assets based on their geographic location.

b)      Categorizing assets based on their purchase cost.

c)      Grouping related assets based on their functionality or characteristics.

d)      Identifying assets with the highest maintenance requirements.

Ans: Grouping related assets based on their functionality or characteristics.

 

49)  What is the main purpose of a network topology in a utility network?

a)      To manage physical connections between features

b)      To enforce feature restrictions in the network

c)      To store logical connections between features

d)      To optimize the network's performance

Ans: To store logical connections between features.

 

50)  In a utility network, how do features connect to each other within the network?

a)      By maintaining physical proximity

b)      By meeting feature restrictions

c)      By following applicable network rules

d)      By relying on external connections

Ans: By following applicable network rules.

 

51)  What benefit does a network topology offer in a utility network's tracing and diagram functions?

a)     Allows direct retrieval of information from features.

b)     Facilitates efficient information processing.

c)      Enables physical connection management.

d)      Increases fault tolerance in the network.

Ans: Facilitates efficient information processing.

 

 

52)  Which of the following statements is true about the relationship between a utility network's features and its network topology?

a)     Features and network topology are unrelated concepts.

b)      Network topology manages physical attributes of features.

c)      Network topology stores connections between features logically.

d)      Features in a utility network do not need to adhere to any restrictions.

Ans:  Network topology stores connections between features logically.

 

53)  What role do applicable network rules play in a utility network?

a)      They determine the physical location of features.

b)      They enforce restrictions on feature connections.

c)      They manage information retrieval from features.

d)      They optimize the efficiency of diagram functions.

Ans:  They enforce restrictions on feature connections.

 

54)  What do edges represent in the context of junction-edge connectivity?

a)      Logical connections between junctions

b)      The geographic location of junctions

c)      The flow of data in the network

d)      Physical devices or features in the network.

Ans:  Logical connections between junctions

55)  How are junctions and edges related in a network topology?

a)      Junctions are endpoints of edges.

b)      Junctions form loops around edges.

c)      Edges determine the shape of junctions.

d)      Junctions and edges are completely independent.

Ans:  Junctions are endpoints of edges.

 

 

56)  What is the role of junction-edge rules in a network topology?

a)      To determine the geographical location of junctions.

b)      To validate the network topology against restrictions.

c)      To control which types of points and lines can be connected.

d)      To enable/disable the snapping feature in the network.

Ans: To control which types of points and lines can be connected.

57)  What happens when a network topology is validated, and a rule exists for point-line connectivity?

a)      Connectivity between the point and line is established.

b)      The network topology is disabled to avoid errors.

c)      Error features are generated to mark connected features.

d)      Point and line features are automatically removed from the network.

Ans:  Connectivity between the point and line is established.

 

58)  What does the network topology do if the relationship between a point and a line is not valid, and no rule exists for their connectivity?

a)      It generates error features to mark the network features without rules.

b)      It automatically creates a new rule to enable the point-line connection.

c)      It deletes the point and line features from the network to avoid conflicts.

d)      It adjusts the geographical location of the point and line to make them coincident.

Ans:  It generates error features to mark the network features without rules.

 

59)  What type of connectivity is used to connect two lines using an intermediate point?

a)      Node-edge-node connectivity

b)      Edge-junction-edge connectivity

c)      Junction-node-junction connectivity

d)      Terminal-midspan-terminal connectivity

Ans: Edge-junction-edge connectivity

60)  Which of the following statements about edge-junction-edge connectivity is false?

a)      It supports terminals and midspan connectivity.

b)      Connectivity is established through geometric coincidence and rule validation.

c)      It requires an intermediate point to connect two lines.

d)      Network topology is validated during the connection process.

Ans: It supports terminals and midspan connectivity.

 

61)  What is the purpose of an invisible system junction in connectivity?

a)      To improve the performance of the network diagram.

b)      To allow the connection of unrelated lines.

c)      To replace user-defined intermediate points.

d)      To visualize the network's overall topology.

Ans: To replace user-defined intermediate points.

 

62)  Coincident features refer to two points that have the same x-, y-, and z-coordinates but lack which of the following?

a)      Geometric coincidence connectivity

b)      Z-coordinate value

c)      Junction class

d)      Device class

Ans: Geometric coincidence connectivity

 

63)  Which of the following statements about coincident point features is correct?

a)      All point features can be coincident if they share the same x-, y-, and z-coordinates.

b)      Only point features from the Device class can be coincident.

c)      Coincident point features have different x- and y-coordinates.

d)     Some point features can be coincident, while others cannot, depending on their characteristics.

Ans: Some point features can be coincident, while others cannot, depending on their characteristics.

 

64)  Which of the following combinations of coincident features will NOT generate error features during network topology validation?

a)      Junction class feature coincident with another Junction class feature

b)      Device class feature coincident with a Junction class feature

c)      Device class feature coincident with another Device class feature

d)      All combinations will generate error features during validation.

Ans: Device class feature coincident with another Device class feature

 

65)  Which of the following features cannot be coincident?

a)     Junction – Junction

b)     Junction – Service

c)     Device – Device

d)     All the above

Abs: All the above

 

66)  Which of the following features can be coincident?

a)     Junction – Junction

b)     Line – Device

c)     Device – Device

d)     Line – Line

Ans: b and d are correct.

 

67)  What is the purpose of versioning in the enterprise geodatabase?

a)      To restrict multiuser editing scenarios

b)      To duplicate data for concurrent editing

c)      To allow multiple concurrent states of the database

d)      To apply locks on geodatabase feature classes

Ans: To allow multiple concurrent states of the database

 

68)  How does branch versioning differ from traditional versioning in terms of data replication?

a)      Branch versioning replicates the entire geodatabase, while traditional versioning replicates only datasets in the user's version.

b)      Branch versioning replicates datasets in the user's version, while traditional versioning replicates the entire geodatabase.

c)      Both branch and traditional versioning replicate the entire geodatabase.

d)      Both branch and traditional versioning replicate datasets in the user's version.

Ans: Branch versioning replicates datasets in the user's version, while traditional versioning replicates the entire geodatabase.

 

  

69)  What is the role of the version management service in branch versioning?

a)     To restrict access to feature services through REST.

b)      To apply locks to prevent data conflicts.

c)      To track changes in feature services, similar to versioning for feature services.

d)      To duplicate data for concurrent editing.

Ans: To track changes in feature services, similar to versioning for feature services.

 

70)  Which type of versioning allows multiple users to edit the same data in the geodatabase simultaneously without applying locks?

a)     Traditional versioning

b)      Branch versioning

c)      Single-user versioning

d)      Network-based versioning

Ans: Branch versioning

 

71)  What are dirty areas used for in a network topology?

a)      To mark areas with potential security risks

b)      To indicate areas with corrupted network data

c)     To identify information that is new and not yet reflected in the network topology.

d)      To highlight areas where network

Ans: To identify information that is new and not yet reflected in the network topology.

 

72)  How is the extent of a dirty area determined?

a)     By the size of the network's buffer zones

b)      By the distance from the nearest network node

c)      By the shape of the feature that was edited

d)      By the type of violation found during network validation

Ans: By the shape of the feature that was edited

73)  What information do the description attributes of error features provide?

a)      The geographic location of the error feature

b)      The shape of the network feature that violated a rule

c)      The name of the network rule or restriction that was violated

d)      The description of the utility network layer

Ans: The name of the network rule or restriction that was violated

74)  What is the purpose of disabling a network topology in a utility network?

a)      To remove all dirty areas from the utility network service territory

b)      To track edits and changes made to the utility network features

c)      To reconstruct the network topology for all utility network features

d)      To perform management tasks like adding network rules or terminal configurations

Ans: To perform management tasks like adding network rules or adding a terminal configuration.

 

75)  What is a feature template in GIS?

a)      A predefined collection of construction tools used to create new features on specific layers.

b)      A group of symbols used for data visualization on a map.

c)      A set of default settings for data sources in GIS.

d)      A tool to configure and manage GIS layers.

Ans:  A predefined collection of construction tools used to create new features on specific layers.

 

76)  Which type of template can create several different features from multiple layers?

a)      Feature templates

b)      Group templates

c)      Symbol templates

d)      Data templates

Ans:  Group templates

 

77)  How can preset templates be utilized in GIS?

a)      They allow you to capture geographic data for statistical analysis.

b)      They help create custom symbols for map visualization.

c)      They enable the replication of map configurations in other projects.

d)      They facilitate the quick creation of features with the same configuration in different locations.

Ans:  They facilitate the quick creation of features with the same configuration in different locations.

 

 

78)  How do preset templates increase efficiency in GIS workflows?

a)      By automating data analysis tasks.

b)      By streamlining the process of creating new maps from scratch.

c)      By allowing the sharing of GIS projects with other users.

d)      By enabling the quick replication of commonly used feature configurations.

Ans:  By enabling the quick replication of commonly used feature configurations.

 

79)  What do containment associations allow for when modeling associations between features?

a)      Establishing connectivity between point features.

b)      Creating logical connections between features.

c)      Improving visibility on the map during editing.

d)      Placing devices, wires, and conductors inside container features.

Ans:  Placing devices, wires, and conductors inside container features.

 

80)  Which type of association allows a dense collection of features to be represented by a single feature on the map?

a)      Connectivity associations.

b)      Geometric associations.

c)      Containment associations.

d)      Structural associations.

Ans: Containment associations.

 

81)  What are associations in the utility network used for?

a)      To define feature symbology on the map.

b)      To establish geometric coincidence between features.

c)      To maintain network connectivity between features.

d)      To calculate spatial distances between features.

Ans: To maintain network connectivity between features.

 

 

82)  What are the different sectors modeled within the tier groups for water, gas, or sewer networks?

a)      Gathering, Transmission, and Distribution

b)      Transmission, Distribution, and Cathodic Protection

c)      Distribution and Cathodic Protection

d)      Gathering, Transmission, Distribution, and Cathodic Protection

Ans: Gathering, Transmission, Distribution, and Cathodic Protection

 

83)  If you manage or model only one sector in a network, how many domain networks and tier groups should you create?

a)      One domain network with one tier group

b)      One domain network with multiple tier groups

c)      Multiple domain networks with one tier group each

d)      Multiple domain networks with multiple tier groups each

Ans: One domain network with one tier group

 

84)  What is the primary purpose of a subnetwork in the context of utility networks?

a)      To manage device feature classes efficiently

b)      To optimize resource flow in the network

c)      To provide techniques for map generation and rendering

d)      To group resources flowing through systems like pressure zones or circuits

Ans: To group resources flowing through systems like pressure zones or circuits

 

85)  What is a subnetwork controller in a utility network?

a)     A feature class representing terminal devices

b)      A feature class representing origin points of subnetworks

c)      A device feature with dynamic flow control

d)      A type of tier used for visualizing network structures

Ans: A feature class representing origin points of subnetworks

 

 

86)  What is the relationship between tiers in a domain network or tier group?

a)      They always form a collection of partitioned tiers.

b)      They are organized in a hierarchy of nested tiers.

c)      They are randomly distributed with no specific organization.

d)      They represent separate, unrelated segments of the network.

Ans: They are organized in a hierarchy of nested tiers.

 

87)  What does a collection of successive tiers mean in the context of a tier definition?

a)      Tiers with different rank values

b)      Tiers that are adjacent in the network

c)      Tiers with the same properties and restrictions

d)      Tiers with different tier definitions

Ans: Tiers that are adjacent in the network

 

88)  How is "connectivity" different from "traversability" in feature relationships?

a)      Connectivity is about the association between features, while traversability is about geometric coincidence.

b)      Connectivity is about the geometric coincidence, while traversability is about resource flow support.

c)      Connectivity is only relevant for networks with attributes, while traversability is only relevant for geometric networks.

d)      Connectivity is used to describe linear features, while traversability is used for point features.

Ans: Connectivity is about the geometric coincidence, while traversability is about resource flow support.

 

89)  Which term describes the condition when two features have appropriate attributes to support resource flow?

a)      Connectivity

b)      Traversability

c)      Geometric coincidence

d)      Association

Ans: Traversability

90)  Why are network attributes cached inside the network topology?

a)      To improve trace performance

b)      To store spatial data of features

c)      To support subnetwork management tasks

d)      To enhance visualization of the network

Ans: To improve trace performance.

 

91)  What is the purpose of the optional network attribute filter in a function?

a)      To control the connectivity of traced features

b)      To specify the type of trace (upstream or downstream)

c)      To limit the calculation to features that satisfy certain attribute conditions.

d)      To determine the trace order of features in the network

Ans: To limit the calculation to features that satisfy certain attribute conditions.

 

92)  Which type of trace is suitable for determining the flow of resources within a utility network?

a)      Upstream trace

b)      Downstream trace

c)      Connected trace

d)      Both upstream and downstream traces

Ans: Both upstream and downstream traces

 

93)  How does a connected trace differ from upstream and downstream traces?

a)      Connected trace only works in a sink-based domain network.

b)      Connected trace starts from one or more starting points and moves along connected features.

c)      Connected trace is not affected by subnetwork controllers in the network.

d)      Connected trace is limited to a specific distance from the starting point.

Ans: Connected trace starts from one or more starting points and moves along connected features.

 

94)  What is the main difference between feature barriers and dynamic barriers?

a)      Feature barriers are for linear features, while dynamic barriers are for point features.

b)      Feature barriers are created in a geodatabase, while dynamic barriers are created in a map.

c)      Feature barriers are physical markings, while dynamic barriers are based on attribute conditions.

d)      Feature barriers are used for starting a trace, while dynamic barriers are used to stop a trace.

Ans: Feature barriers are physical markings, while dynamic barriers are based on attribute conditions.

 

95)  What is a network diagram based on?

a)      A diagram map

b)      A network analysis template

c)      A diagram template

d)      A spatial dataset

Ans: A diagram template

 

96)  What is the primary purpose of network diagrams in the utility network?

a)      To create geometric representations of features

b)      To efficiently visualize network connectivity between features

c)      To store attribute data of utility network features

d)      To perform complex network analysis taskshas context menu

e)     Ans: To efficiently visualize network connectivity between features

 

97)  Which properties are defined in a diagram template to determine the content and presentation of the generated network diagrams?

a)      Rules and layouts only

b)      Layer definition only

c)      Configuration properties for content and presentation

d)      Geometric properties of features

Ans: Configuration properties for content and presentation

 

98)  What is the difference between the "ExpandContainers" and "CollapseContainers" diagram templates?

a)      ExpandContainers shows all features in containment, while CollapseContainers hides all features in containment.

b)      ExpandContainers represents expanded containers, while CollapseContainers represents collapsed containers.

c)      ExpandContainers shows features without any containment relationships, while CollapseContainers shows features within containers.

d)      ExpandContainers includes feature attachments, while CollapseContainers does not.

Ans: ExpandContainers shows all features in containment, while CollapseContainers hides all features in containment.

 

99)  What is the purpose of an ArcGIS asset package in the context of a utility network?

a)      To visualize network diagrams efficiently

b)      To create geometric representations of features

c)      To model the schema and properties of the utility network

d)      To perform complex network analysis tasks

Ans: To model the schema and properties of the utility network

 

100)   What is the primary benefit of designing asset packages to be additive?

a)      It reduces the file size of the geodatabase.

b)      It allows the utility network to be rolled back to a previous state easily.

c)      It ensures that changes do not affect the existing utility network schema.

d)      It simplifies the process of importing/exporting asset data.

Ans: It ensures that changes do not affect the existing utility network schema.

 

101)   When are domain networks defined in a utility network?

a)      During the installation of the ArcGIS software

b)      During the initial configuration of the utility network

c)      After importing the asset packages

d)      When creating network analysis tools

Ans: during the initial configuration of the utility network

 

 

102)   How can users modify the spatial reference of an asset package to their own coordinate system?

a)      By changing the asset package file extension

b)      By creating a new domain network

c)      By using the Change Asset Package Spatial Reference tool

d)      By importing their coordinate system settings into the asset package

Ans: By using the Change Asset Package Spatial Reference tool.