WorksheetsSAAD 1
Total questions: 111
Worksheet time: 56mins
Name
Class
Date
1.
Which statement best matches the definition of a system given on the slide (General System Theory)?
a)
A collection of independent modules with no relationships among them
b)
A single element optimized to transform inputs into outputs without dependencies
c)
A complex of interacting elements that is open to, and interacts with, its environment
d)
A closed set of elements that minimizes interaction with external conditions
e)
A procedure for collecting data and producing digital products
2.
Which of the following is explicitly shown as an example type of system on the slide?
a)
Economic system
b)
Mechanical system
c)
Biological system
d)
Operating system
e)
Distributed system
3.
In the hierarchy illustrated on the slide, which ordering is consistent from larger to smaller?
a)
Subsystem -> System -> Module -> Element
b)
System -> Element -> Module -> Subsystem
c)
System -> Module -> Subsystem -> Element
d)
Module -> Subsystem -> System -> Element
e)
System -> Subsystem -> Module -> Element
4.
Which pair of ideas is used on the slide to describe the 'structure of a system'?
a)
Frequency of outputs and latency of inputs
b)
Orderly arrangement of elements and relationships between elements
c)
Hardware placement and network topology
d)
Control paths and execution processes
e)
Number of users and number of transactions
5.
Which mapping of terms to definitions matches the slide?
a)
Environment: data; Input: information; Output: knowledge
b)
Environment: the system boundary; Input: system state; Output: system behavior
c)
Environment: software components; Input: hardware components; Output: network components
d)
Environment: factors outside the system; Input: what the environment acts upon the system; Output: what the system acts upon the environment
e)
Environment: internal constraints; Input: what the system acts upon the environment; Output: what the environment acts upon the system
6.
Which statement is inconsistent with the slide's definitions of input and output?
a)
Input is what the environment acts upon the system
b)
Input and output are defined in relation to system-environment interaction
c)
Environment refers to factors and conditions outside the system
d)
Output is what the system acts upon the environment
e)
Output is what the environment acts upon the system
7.
On the slide, 'state' is defined primarily as:
a)
A list of system modules and their interfaces
b)
Characteristics that define the ability to transform inputs into outputs at specific moments in time
c)
A classification of information systems into operational and management support
d)
A set of inputs, outputs, and the relationships between them
e)
The external factors and conditions outside the system
8.
A system produces the same outputs for the same inputs today and tomorrow, but the transformation capability differs at a specific moment due to configuration changes. Which concept from the slide addresses this time-specific capability?
a)
Output
b)
Environment
c)
Behavior
d)
Structure
e)
State
9.
Which description best matches the slide's definition of an information system?
a)
A set of hardware devices connected by networks to execute business processes only
b)
An integrated set of components for collecting, storing, and processing data and for providing information, knowledge, and digital products
c)
A workflow that transforms inputs into outputs without involving people
d)
A software release form that assembles components and files to run a system
e)
A database system used exclusively for storing data without processing
10.
According to the slide's definition, an information system provides which set of outputs?
a)
Control paths and execution processes only
b)
Information, knowledge, and digital products
c)
Business processes and tools only
d)
Data only
e)
Architecture prototypes only
11.
Which item is included in the slide's list of information system components?
a)
Life-cycle plans
b)
Risk registers
c)
Control paths
d)
Use case diagrams
e)
Business Processes
12.
Which option reproduces the component list from the slide without adding or omitting items?
a)
Executive; Senior Management; Middle Management; Employees; Customers; Vendors; Regulators
b)
People; Business Processes; Tools; Hardware; Software; Networks; Data
c)
Inputs; Outputs; Environment; State; Behavior; Structure; Modules
d)
People; Requirements; Design; Coding; Testing; Deployment; Maintenance
e)
People; Hardware; Software; Database; Networks; Procedures; Security
13.
Which pairing of level and support label appears on the slide?
a)
Strategic level and Operational support
b)
Strategic level and Process control
c)
Operational level and Management support
d)
Management level and Knowledge work support
e)
Knowledge level and Knowledge work support
14.
In the roles pyramid shown, which management category is positioned between Executive and Middle Management?
a)
Senior Management
b)
Employees
c)
Knowledge level
d)
Strategic level
e)
Operational level
15.
In the classification tree on the slide, which item is categorized under Management Support?
a)
Enterprise Collaboration
b)
Process Control
c)
Decision Support
d)
Operational Support
e)
Transaction Processing
16.
Which of the following is listed as a subtype under Operational Support on the slide?
a)
Management Support
b)
Decision Support
c)
Enterprise Collaboration
d)
Executive Information
e)
Management Information
17.
Which major topic begins at the section divider labeled '2.' on the slide deck?
a)
UML diagrams
b)
Elements of a chart
c)
Object-Oriented Analysis and Design (OOAD)
d)
System Overview
e)
System Development Life Cycle (SDLC)
18.
Which activity is explicitly listed under the Planning phase in the SDLC slide?
a)
Define network implementation solutions
b)
Model structure and behavior
c)
Installation and deployment
d)
Assess feasibility
e)
Database design
19.
Which pair of activities is listed under the Analysis phase in the SDLC slide?
a)
Interface design and program design
b)
Component diagrams and layout diagrams
c)
Coding and testing and installation
d)
Data conversion and training
e)
Define business requirements and develop use cases
20.
Which design sub-activity is explicitly included on the SDLC slide's Design phase list?
a)
Process control
b)
Fast design
c)
Requirement validation
d)
Risk analysis
e)
Interface design
21.
Which item does NOT appear in the SDLC slide's list of guiding question words?
a)
WHICH?
b)
WHY?
c)
WHO?
d)
WHERE?
e)
HOW?
22.
Which development model is explicitly listed on the slide of systems development models?
a)
Big Bang Model
b)
DevOps Model
c)
Unified Model
d)
RAD Model
e)
Incremental Model
23.
Which pair consists of two models that both appear in the slide's list?
a)
Spiral Model and V Model
b)
Class Diagram and Package Diagram
c)
Coding and Testing
d)
Kanban and Scrum
e)
Use Case and Activity
24.
In the Waterfall model shown, which phase comes immediately after Design?
a)
Requirements analysis and specification
b)
Coding and testing
c)
Feasibility analysis
d)
Fast Design
e)
Installation and maintenance
25.
Which phase is shown as the first step in the Waterfall model on the slide?
a)
System testing
b)
Design
c)
Feasibility analysis
d)
Integration testing
e)
Coding and testing
26.
In the Prototyping model flow on the slide, which step follows 'Build a prototype'?
a)
Requirements analysis
b)
Coding and testing
c)
Installation and maintenance
d)
Evaluation
e)
Fast Design
27.
Which label on the slide indicates the deliberately accelerated design activity in the Prototyping model?
a)
Detailed design
b)
Fast Design
c)
Physical system design
d)
Development plan
e)
Architectural design
28.
According to the V model shown, which testing activity is paired with Detailed design?
a)
System testing
b)
Acceptance test
c)
Unit testing
d)
Integration testing
e)
Design V&V
29.
In the V model diagram, which development activity is aligned opposite System testing?
a)
Architectural design
b)
Detailed design
c)
Requirement validation
d)
Requirement specification
e)
Coding
30.
In the Evolutionary model slide, which label denotes an intermediate deliverable between 'First version' and 'Final version'?
a)
Intermediae version
b)
Development
c)
Specification
d)
Architectural prototype
e)
Legalization
31.
Which activity appears at the beginning of the Evolutionary model sequence on the slide?
a)
Detailed design
b)
Unit test
c)
Installation and maintenance
d)
Specification
e)
Process control
32.
In the Spiral model diagram on the slide, which activity is explicitly written in the upper-right region of the spiral?
a)
Integration and test plan
b)
Evaluate alternatives identify, resolve risks
c)
Product design
d)
Requirements plan Life-cycle plan
e)
Plan next phase
33.
Which ordering of prototype labels matches the progression shown along the spiral?
a)
Operational prototype -> Prototype 1 -> Prototype 2 -> Prototype 3
b)
Prototype 2 -> Prototype 1 -> Prototype 3 -> Operational prototype
c)
Prototype 3 -> Prototype 2 -> Prototype 1 -> Operational prototype
d)
Prototype 1 -> Prototype 2 -> Prototype 3 -> Operational prototype
e)
Prototype 1 -> Operational prototype -> Prototype 2 -> Prototype 3
34.
In the Unified model (management perspective) on the slide, which phase comes directly after Elaboration?
a)
Transition
b)
Construction
c)
Development iteration
d)
Preparation iteration
e)
Inception
35.
In the same management perspective figure, which label is associated with the earliest phase focused on defining the problem?
a)
Final version
b)
Problem statement
c)
Detailed design
d)
Implementation
e)
Solving problem
36.
In the Unified model (technical perspective) on the slide, which iteration type appears before the sequence of Development iterations?
a)
Transition iteration
b)
Architectural iteration
c)
Preparation iteration
d)
Detailed design iteration
e)
System testing iteration
37.
According to the technical perspective diagram, what is the result produced by the Preparation iteration?
a)
Maquette
b)
Final version
c)
Development prototype
d)
beta version
e)
Architectural prototype
38.
In the combined Unified model view, the Architectural iterations are positioned within which lifecycle phase band?
a)
Elaboration
b)
Inception
c)
Construction
d)
Transition
e)
Implementation
39.
In the combined Unified model view, the Transition iterations are aligned with which lifecycle phase?
a)
Transition
b)
Inception
c)
Planning
d)
Elaboration
e)
Construction
40.
In the combined Unified model figure, which result is shown as the final outcome after the beta versions?
a)
Maquette
b)
Requirements plan
c)
Architectural prototype
d)
Development plan
e)
Final version
41.
Which statement matches the slide's characterization of RUP (Rational Unified Process)?
a)
RUP is a process with UML and is not presented as a standard on the slide
b)
RUP is a single-step process focused only on coding and testing
c)
RUP is described as a prototype model with Fast Design as the central phase
d)
RUP is defined as a list of UML diagrams only
e)
RUP is presented as an OMG standard that replaces UML
42.
Which topic is explicitly listed as part of the RUP content covered on the slide?
a)
V model testing hierarchy
b)
Enterprise collaboration taxonomy
c)
Chart nodes and paths
d)
Agile Manifesto
e)
10-step process
43.
According to the slide, what is produced incrementally at the end of each RUP iteration?
a)
An executable part of the system
b)
Only a requirements plan and life-cycle plan with no executable output
c)
A single UML use case diagram representing the whole system
d)
A software release form assembled from components and files
e)
A finalized system with full documentation and training completed
44.
The slide states that, when focusing on architecture in RUP, the architecture is presented in how many different perspectives?
a)
6
b)
3
c)
2
d)
5
e)
4
45.
On the slide, use cases are described as influencing all stages of development and serving as the basis for which organizational decision?
a)
Classifying information systems into operational and management support
b)
Defining the physical hardware layout of deployment units
c)
Deciding version numbers in the UML history timeline
d)
Choosing only a waterfall sequence with fixed phases
e)
Determining iterations and growth and dividing work within the team
46.
Which RUP principle on the slide explicitly emphasizes early detection and elimination of project risks?
a)
Controlled by risks
b)
Driven by use cases
c)
Preparation iteration
d)
Focus on the architecture
e)
Iteration and Growth
47.
Which list matches the four RUP phases named on the slide?
a)
Preparation, Architecture, Development, Release
b)
Inception, Development, Legalization, Service
c)
Initiation, Elaboration, Construction, Transition
d)
Requirements, Design, Coding, Testing
e)
Planning, Analysis, Design, Implementation
48.
Which ordering reflects the phase sequence implied by the slide's phrasing?
a)
Initiation -> Elaboration -> Construction -> Transition
b)
Elaboration -> Initiation -> Transition -> Construction
c)
Initiation -> Construction -> Elaboration -> Transition
d)
Transition -> Construction -> Initiation -> Elaboration
e)
Construction -> Transition -> Elaboration -> Initiation
49.
In the RUP inception phase description on the slide, what decision is highlighted as the outcome of the overview work?
a)
Whether to develop the project or eliminate it
b)
Which UML version should be standardized by OMG
c)
Whether customer requirements can be received mid-cycle
d)
Which diagram types belong to the layout perspective
e)
Which testing level pairs with detailed design
50.
According to the slide, the elaboration phase includes proposing what specific architectural artifact?
a)
A data conversion and training package
b)
A system architecture (prototype)
c)
A requirements plan and life-cycle plan only
d)
A finalized operational prototype for end users
e)
A component diagram as the sole architecture description
51.
Which RUP phase is explicitly stated on the slide to take the most time and effort?
a)
Elaboration
b)
Transition
c)
Inception
d)
Construction
e)
Initiation
52.
Which activity is explicitly listed as part of the transition phase on the slide?
a)
Defining tagged values
b)
Fast Design
c)
Risk analysis only
d)
Training the end user
e)
Modeling application areas
53.
In the 10-step RUP-based process diagram, what comes immediately after 'Identify the classes/objects participating in the use cases'?
a)
Implementation
b)
Detailed Design
c)
Prototyping the user interface
d)
Modeling application areas
e)
Modeling interactions in use cases
54.
Which activity is labeled as step 7 in the 10-step process diagram?
a)
Modeling behaviour
b)
Prototyping the user interface
c)
Design System
d)
Preliminary research
e)
Identify and specify use cases
55.
In the diagram, the later steps are grouped under which phase label?
a)
Initiation and elaboration
b)
Deployment and maintenance
c)
Planning and analysis
d)
Design and implementation
e)
Construction and transition
56.
According to the slide, each use case must be specified using which form?
a)
A class diagram only
b)
A requirements plan only
c)
A scenario and/or a sequence diagram
d)
A component diagram only
e)
A layout diagram only
57.
On the slide, what does the 'application domain diagram' provide?
a)
A list of SDLC phases with guiding question words
b)
A class diagram that reflects concepts and operations, with domain classes
c)
A physical hardware configuration view of deployment units
d)
A table comparing agile and iterative development
e)
A software release view showing assembled components and files
58.
In the preliminary study description on the slide, what is the stated purpose regarding the project?
a)
Determine whether or not to implement the project
b)
Standardize UML as recognized by OMG
c)
Choose a client/server architecture for deployment
d)
Decide which UML diagrams are behavioral versus structural
e)
Receive customer requirements in the middle of a cycle
59.
The slide notes that the classes in the application domain diagram are of what type?
a)
Hardware classes
b)
Network classes
c)
Control classes
d)
Domain classes
e)
Boundary classes
60.
In the 10-step process details, which diagram type is suggested for describing physical components during system design?
a)
Timeline diagrams
b)
Component diagrams
c)
Object diagrams
d)
Use case diagrams
e)
Interaction overview diagrams
61.
According to the slide, what architecture is 'usually' chosen in system design?
a)
Spiral-only architecture
b)
Peer-to-peer architecture only
c)
Serverless-only architecture
d)
Single monolithic batch architecture
e)
Client/server architecture
62.
Which set of design targets is explicitly listed under 'Detailed Design' on the slide?
a)
Classes, links, attributes, operations
b)
Iterations, growth, risks, use cases
c)
Inputs, outputs, environment, state
d)
Executive, senior management, employees
e)
Packages, nodes, stereotypes, constraints
63.
In the Implementation description on the slide, how is system testing characterized?
a)
Testing is limited to unit testing paired with detailed design
b)
Testing replaces programming in the implementation phase
c)
Testing is performed only after maintenance and upgrades
d)
Testing is performed only as risk analysis activities
e)
The system is tested on use cases
64.
According to the slide, which aspect is NOT inherently a core principle of iterative development as described?
a)
Customer feedback or adaptability during the iteration
b)
Having iterations that repeat over time
c)
Producing an improved version each iteration
d)
Breaking down a project into repeatable cycles
e)
Emphasizing gradual refinement
65.
Which example process is listed on the slide under the iterative and incremental approach?
a)
Kanban
b)
Waterfall Model
c)
Rational Unified Process
d)
Prototype Model
e)
Transaction Processing
66.
The slide contrasts agile with iterative development by stating that agile can do what regarding requirements timing?
a)
Lock requirements at the start of each complete iteration
b)
Accept requirements only during transition iterations
c)
Delay all requirements until after installation and maintenance
d)
Replace requirements with class diagrams and object diagrams
e)
Receive customer requirements even in the middle of a cycle
67.
Which value is explicitly listed on the slide under 'Agile Manifesto'?
a)
Architecture prototypes only
b)
Fixed scope contracts
c)
Separate phase gates
d)
Detailed documentation
e)
Responding to change
68.
According to the comparison table, how does customer involvement differ in Agile?
a)
Customer involvement is explicitly discouraged
b)
Customers participate only during architectural iterations
c)
Customers or end-users are involved throughout the entire process
d)
Customer involvement is limited to creating component diagrams
e)
Customer involvement occurs only at the end of a complete iteration
69.
In the table, iterative development is described as revisiting which activities in every cycle?
a)
Design, development, and testing
b)
Only component assembly and software release packaging
c)
Only risk analysis and prototype evaluation
d)
Only installation and maintenance
e)
Only class identification and domain modeling
70.
Which team structure is attributed to Agile in the table?
a)
Segmented teams separated by phase with limited interaction
b)
Teams organized strictly by diagram type (class vs activity)
c)
A single executive-led team with no end-user input
d)
Cross-functional teams working closely with continuous communication
e)
Teams split into operational support and management support groups
71.
Which statement is presented in the table as characteristic of iterative development rather than agile?
a)
Requires cross-functional teams with continuous communication
b)
Customer involvement may be less frequent
c)
Adapts to changes in requirements throughout the cycle
d)
Agile typically avoids distinct phases and works concurrently in small chunks
e)
Highly flexible and customer-centric core philosophy
72.
Which heading is used on the slide to introduce section 3 of the lecture?
a)
Waterfall model
b)
Classifying Information Systems
c)
Adding meaning to charts
d)
System Development Life Cycle
e)
Object Oriented Design Analysis
73.
What is the label of subsection 3.1 shown on the slide?
a)
Analysis and design using object-oriented approach
b)
Unified Modeling Language UML
c)
Development history
d)
Elements of a chart
e)
Analysis and design by structural approach
74.
Which item is listed on the slide as an essential element of the object-oriented approach?
a)
Spiral risk analysis
b)
Enterprise collaboration
c)
Feasibility analysis
d)
Modeling Language (UML)
e)
Layout diagram
75.
Which ordering best matches the early steps in the object-oriented approach list on the slide?
a)
Define System Behavior -> Identify Objects/Classes -> Organize Objects/Classes
b)
Organize Objects/Classes -> Define Internal Structure -> Identify Objects/Classes
c)
Interactions Between Objects -> Identify Objects/Classes -> Modeling Language (UML)
d)
Define Internal Structure -> Identify Objects/Classes -> Interactions Between Objects
e)
Identify Objects/Classes -> Organize Objects/Classes -> Define System Behavior
76.
On the slide, UML is defined primarily as:
a)
A client/server architecture style
b)
A software release form for assembling components and files
c)
A set of agile manifesto values
d)
A requirements specification standard recognized by OMG
e)
An object-oriented modeling notation system
77.
On the slide, what does the acronym OMT stand for?
a)
Object Modeling Technique
b)
Object Oriented Design
c)
Object-Oriented Software Engineering
d)
Object Modeling Technology
e)
Object Model Technique
78.
In the timeline on the slide, which event is associated with the phrase 'three friends'?
a)
Jacobson joining the collaboration with Rumbaugh and Booch
b)
Rumbaugh and Booch building a unified method based on UML 2.0
c)
The UML draft being released as version 0.9
d)
IBM and SoftTeam joining to create version 1.1
e)
OMG recognizing UML 1.1 as a standard
79.
According to the slide's sequence, which milestone best fits immediately before OMG recognition of UML 1.1 as a standard?
a)
IBM and SoftTeam joining, leading to version 1.1
b)
UML version 1.4 being released
c)
UML version 2.0 being released
d)
Jacobson joining in 1995
e)
UML draft version 0 being published
80.
In the version progression shown on the slide, which version comes after UML 1.4?
a)
UML 1.1
b)
UML 1.2
c)
UML 2.0
d)
UML 0.9
e)
UML 1.3
81.
Which pair of versions are both shown on the slide as occurring in 1998?
a)
UML 1.2 and UML 1.3
b)
UML 0.9 and UML 1.1
c)
UML 1.1 and UML 1.2
d)
UML 1.4 and UML 2.0
e)
UML 1.3 and UML 1.4
82.
Which set lists all four purposes for which UML is described as a language on the slide?
a)
Planning; Analysis; Design; Implementation
b)
Collecting; Storing; Processing; Reporting
c)
Iteration; Growth; Architecture; Risks
d)
Visualizing; Specifying; Constructing; Documenting
e)
Testing; Deployment; Maintenance; Upgrades
83.
Which statement best aligns with the slide's claim about where UML can be used?
a)
It is limited to hardware layout and physical deployment diagrams
b)
It is restricted to documenting version history and standards bodies
c)
It can be used in any process, throughout the development lifecycle and across different implementation technologies
d)
It can only be used in the Unified model and not in other processes
e)
It applies only during the design phase, not analysis or implementation
84.
According to the slide, why does UML provide multiple models/perspectives for a system?
a)
Because each model describes the system only from a certain perspective (view)
b)
Because perspectives are used to encode version numbers of UML
c)
Because perspectives replace the need for use cases
d)
Because a single diagram must always describe the entire system completely
e)
Because only the layout perspective is needed in practice
85.
Which statement about diagram placement across perspectives is consistent with the slide?
a)
Each diagram must belong to exactly one perspective and cannot overlap
b)
Only structural diagrams can appear in any perspective
c)
Diagrams are independent of perspectives and never grouped
d)
Diagrams may belong to different perspectives
e)
Only behavioral diagrams can appear in any perspective
86.
Which set of diagram types is explicitly listed under the Process perspective on the slide?
a)
Layout and package
b)
Component only
c)
Class, package, object
d)
Sequence, communication, state machine, activity
e)
Use case only
87.
On the slide, the Implementation perspective is associated with which diagram type?
a)
Component diagram
b)
Package diagram
c)
Timeline diagram
d)
Layout diagram
e)
Use case diagram
88.
Which statement matches the slide's description of the use case perspective?
a)
It is the perspective of system designers showing internal tasks and structure
b)
It is a perspective from outside the system and clarifies the major functions the system must satisfy for the user
c)
It reflects control paths and execution processes emphasizing active layers
d)
It focuses on the physical configuration of hardware and deployment units
e)
It is a view of software release form and assembled components
89.
According to the slide, which set is listed as the dynamic aspect of the use case perspective?
a)
Interaction diagram, state machine, activity diagram
b)
Unit test, integration test, system test
c)
Class diagram, object diagram, package diagram
d)
Component diagram, layout diagram, composite structure diagram
e)
Requirements plan, life-cycle plan, development plan
90.
The slide describes the design perspective as the perspective of which stakeholder?
a)
System designer
b)
Executive management
c)
End user only
d)
Tester only
e)
Hardware integrator only
91.
Which pair of diagrams is listed as the static perspective for the design (logical) view on the slide?
a)
Timeline diagrams and interaction overview diagrams
b)
Sequence diagrams and communication diagrams
c)
Activity diagrams and state machine diagrams
d)
Component diagrams and layout diagrams
e)
Class diagrams and object diagrams
92.
On the slide, the process view is also referred to as:
a)
Logical view
b)
Parallel view
c)
Component view
d)
Use case view
e)
Layout view
93.
In the process view description, what does the slide call the layer representing control paths and execution processes?
a)
Active layer
b)
Domain layer
c)
Interface layer
d)
Deployment layer
e)
Persistence layer
94.
On the slide, the implementation perspective is also called:
a)
Strategic view
b)
Logical view
c)
Use case view
d)
Parallel view
e)
Component view
95.
Which description matches the slide's explanation of the implementation (component) perspective?
a)
It shows only external user functions without internal organization
b)
It shows relatively independent components and files that can be assembled to make the system run
c)
It shows distribution of physical parts on hardware units
d)
It shows only the hierarchy of system, subsystem, module, element
e)
It shows only inputs, outputs, and their relationships
96.
Which description best matches the slide's definition of the layout perspective?
a)
A view focusing on control paths and synchronous operation
b)
A view of software release form showing independent components and files
c)
A view of the physical configuration of the hardware on which the system is deployed
d)
A view focusing on class concepts and operations as domain classes
e)
A view from outside the system clarifying major user functions
97.
According to the slide, what is the static view diagram type for the layout perspective?
a)
Package diagram
b)
Sequence diagram
c)
Layout diagram
d)
Use case diagram
e)
Component diagram
98.
Which statement is explicitly asserted on the slide about the relationship among the five UML perspectives?
a)
The design perspective is optional and should be avoided
b)
The implementation perspective replaces the need for the use case perspective
c)
Perspectives are independent and may contradict without issue
d)
The five perspectives must be compatible with each other
e)
Only one perspective is needed for all stakeholders
99.
According to the slide, which perspective has a pervasive influence on the other four perspectives?
a)
Layout perspective
b)
Use case perspective
c)
Design perspective
d)
Implementation perspective
e)
Process perspective
100.
Which role is explicitly listed on the slide as a type of person who may focus on only one aspect of the system?
a)
Scrum master
b)
Integrator
c)
DevOps engineer
d)
Database administrator
e)
Product owner
101.
Based on the slide's UML 2.0 diagram categorization, which diagram is listed under behavioral diagrams?
a)
Object diagram
b)
Package diagram
c)
Timeline diagram
d)
Component diagram
e)
Composite Structure Diagram
102.
Which diagram type is listed on the slide under structural diagrams and explicitly includes the word 'Composite'?
a)
State Machine Diagram
b)
Composite Structure Diagram
c)
Use Case Diagram
d)
Timeline Diagram
e)
Interaction Overview Diagram
103.
According to the UML 2.0 list on the slide, which diagram is categorized as a behavioral diagram?
a)
Package Diagram
b)
Component Diagram
c)
Composite Structure Diagram
d)
Object Diagram
e)
Communication Diagram
104.
Which pair are both categorized as structural diagrams on the slide?
a)
Use Case Diagram and Interaction Overview Diagram
b)
Sequence Diagram and Activity Diagram
c)
State Machine Diagram and Communication Diagram
d)
Timeline Diagram and Class Diagram
e)
Package Diagram and Component Diagram
105.
On the slide, which element type is described as having a linear graphical form?
a)
Paths
b)
Stereotypes
c)
Tagged values
d)
Packages
e)
Nodes
106.
Which example is listed on the slide as a kind of path element?
a)
Components
b)
Generalizations
c)
Packages
d)
Classes
e)
Objects
107.
On the slide, which term is defined as a textual statement of syntax and semantics?
a)
Specification
b)
Constraint
c)
Stereotype
d)
Adornment
e)
Property and tagged value
108.
Which mechanism is described as using a string enclosed in quotation marks (and symbols) to create new elements?
a)
Path
b)
Stereotype
c)
Adornment
d)
Specification
e)
Node
109.
Which mechanism is illustrated on the slide with examples like {label = value} and {label_boolean}?
a)
Component view
b)
Use case perspective
c)
Constraint
d)
Property and tagged value
e)
Specification
110.
According to the slide, what drives whether the system is modeled at an abstract or detailed level?
a)
Whether only the layout perspective is used
b)
The UML version number in the development history
c)
Whether the organization prefers waterfall over prototyping
d)
The number of nodes versus paths in a chart
e)
The stage and usage needs
111.
Which statement best matches the slide's guidance on abstraction when modeling with UML?
a)
Models must always remain abstract and avoid implementation detail
b)
Only the process view can be abstract; all others must be detailed
c)
Models must always be fully detailed at the earliest stage
d)
Depending on the stage and usage needs, models can be abstract or detailed
e)
Only structural diagrams are allowed to be abstract
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