Practice Free OMG-OCSMP-MBF200 Exam Online Questions
In an activity diagram, what is the significance of an "initial node"?
- A . It marks the completion of activities
- B . It indicates the starting point of the activity flow
- C . It defines resource allocation
- D . It merges multiple control flows
Which SysML relationship connects a requirement to the system function that verifies it?
- A . Trace Relationship
- B . Verify Relationship
- C . Allocate Relationship
- D . Refine Relationship
In SysML, which element is often used to visually group related requirements?
- A . Package
- B . Activity
- C . Actor
- D . State
In SysML, which diagram is typically used to organize system models into manageable parts?
- A . Block Definition Diagram
- B . Package Diagram
- C . State Machine Diagram
- D . Activity Diagram
What is the purpose of the "allocation" relationship in SysML when dealing with requirements?
- A . To indicate functional requirements
- B . To link requirements to the physical elements that realize them
- C . To show system behavior
- D . To define data flows
Which element of SysML is used to define system behavior in response to events?
- A . State Machine Diagram
- B . Parametric Diagram
- C . Block Definition Diagram
- D . Package Diagram
In a SysML parametric diagram, what does a constraint block define?
- A . System requirements
- B . Behavior flow
- C . Mathematical relationships between properties
- D . Use case interactions
In SysML, which element represents a decision point within an activity diagram?
- A . Fork Node
- B . Join Node
- C . Decision Node
- D . Control Flow
Which of the following is true about sequence diagrams in SysML?
- A . They model the system’s structural relationships
- B . They capture the interaction between entities over time
- C . They define the allocation of resources
- D . They show the parametric relationships within the system
In a SysML activity diagram, how is a concurrent execution of activities represented?
- A . Decision Node
- B . Fork Node
- C . Control Flow
- D . Join Node