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TOGAF Enterprise Metamodel Relationships

Practitioner • TOGAF Content Framework and Enterprise Metamodel • Knowledge-Based • 5 questions

TOGAF Enterprise Metamodel Relationships Knowledge-Based Download PDF

TOGAF · Architecture Content · Practitioner · TOGAF Content Framework and Enterprise Metamodel

5 Practitioner practice questions on TOGAF Enterprise Metamodel Relationships. Questions that assess core concepts and understanding.

Questions

  1. 1.

    In the TOGAF Enterprise Metamodel, which statement accurately characterizes the architectural relationship connecting Plateaus, Work Packages, and Gaps?

    • A) A Gap defines an unassigned Work Package, which directly governs the governance policies of an operational Plateau without modifying building blocks.
    • B) A Plateau directly executes Work Packages in order to monitor run-time services, whereas a Gap acts solely as an operational defect log for deployed infrastructure.
    • C) A Work Package defines the future vision state, whereas a Plateau represents the transitional deficiency or Gap identified between organizational units.
    • D) A Gap identifies the difference between architecture building blocks across architecture states, while a Work Package addresses those Gaps to transition the enterprise toward a target Plateau.
  2. 2.

    In the TOGAF Enterprise Metamodel, which statement correctly describes the architectural relationship connecting Data Entities, Logical Data Components, and Physical Data Components?

    • A) Physical Data Components encapsulate conceptual Data Entities directly, whereas Logical Data Components define the underlying hardware hosting locations.
    • B) Data Entities realize Logical Data Components, which are then governed as execution logic inside Business Functions.
    • C) Logical Data Components group related Data Entities into logical boundaries, and they are realized by deployable Physical Data Components.
    • D) Physical Data Components establish strategic data domains, whereas Logical Data Components are restricted to specifying network communication protocols.
  3. 3.

    In the TOGAF Enterprise Metamodel, which statement accurately characterizes the relationship linking Technology Components, Technology Services, and Application Components?

    • A) An Application Component directly implements Technology Services, which are subsequently packaged and hosted within physical Technology Components.
    • B) A Technology Service aggregates multiple Technology Components to directly realize business capabilities without interacting with Application Components.
    • C) A Technology Component realizes one or more Technology Services, which provide infrastructure-level capabilities consumed by Application Components.
    • D) A Technology Component consumes Application Components to deliver standardized Technology Services directly to operational business actors.
  4. 4.

    In the TOGAF Enterprise Metamodel, which statement correctly describes the architectural relationship between Application Components, Application Services, and Business Processes?

    • A) An Application Component directly orchestrates Business Processes to eliminate the requirement for defining intermediate Application Services.
    • B) An Application Service is realized by a Business Process to supply automated execution infrastructure directly to Technology Nodes.
    • C) An Application Component realizes one or more Application Services, which expose automated behavior to support Business Processes.
    • D) A Business Process encapsulates Application Components to transfer logical data entities directly into Technology Services.
  5. 5.

    In the TOGAF Enterprise Metamodel, which statement correctly describes the architectural relationship between Value Stream Stages, Business Capabilities, and operational realization elements?

    • A) Value Stream Stages directly govern Application Components, which are subsequently abstracted into Business Capabilities through technology services.
    • B) Business Capabilities decompose directly into Technology Nodes, bypassing Business Processes to establish direct infrastructure traceability.
    • C) Business Processes orchestrate Value Stream Stages, which are then delivered as technical interfaces by Application Services.
    • D) Value Stream Stages are enabled by Business Capabilities, which are in turn realized by combinations of Organization Units, Business Processes, and Application Components.