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What are two cross-cutting mechanisms within SysML that can be used to establish traceability between the systems model and a UML software model?

• A. profiles and stereolypes
• B. allocations and stereotypes
• C. packages and parametrics
• D. requirement relationships and allocations

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A systems engineer is establishing a viewpoint whose purpose is to support performance analysis.
Which combination of SysML diagram types would the engineer be most likely to choose for the viewpoint languages?

• A. use case and requirements diagrams
• B. parametric and activity diagrams
• C. block definition and package diagrams
• D. sequence and state diagrams

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What is one of the most common reasons to utilize a SysML-Modehca integration?

• A. to solve and analyze system dynamics models
• B. to execute and analyze system state machine models
• C. to execute and analyze system activity models
• D. to solve and analyze system advanced statistics models

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is it possible to conduct a systems engineering project without applying a methodology?

• A. No. system engineering projects will fail if no dedicated methodology is applied
• B. Yes. it only the project's processes are defined.
• C. Yes. if only the project's tasks are defined
• D. No. even it r>o formal methodology is applied, working spontaneously is considered to be a methodology

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An engineering learn has been charged to design and build an embedded real-time control system using COTS (Commercial Off-The-Shelf) purchased components where possible A technical risk for such a control system is that the system will miss (i.e . fail to respond to) critical inputs The project has the additional risk that there may not be any components on the market that will meet both timing and cost constraints Given this, what information must be in the model before the engineering team can begin selecting and procuring COTS components?

• A. (1) liming constraints for all behaviors involved in responding to a critical input (2) total system production cost provided by the customer
• B. (1) minimum period of time between any two successive critical inputs (2) maximum acceptable time to produce all outputs for a critical input (3) allocation of (2) to all behaviors involved in responding to a critical input (4) total system production cost provided by the customer
• C. timing constraints for all behaviors involved in responding to a critical input
• D. (1) minimum period of time between any two successive critical inputs (2) maximum number of critical inputs that will arrive in a given time interval (3) maximum acceptable time to produce all outputs for a critical input (4) allocation of (3) to all behaviors involved in responding to a critical input (5) total system production cost provided by the customer (6) allocation of (5) to system components
• E. (1) minimum period of time between any two successive critical inputs (2) maximum acceptable time to produce ail outputs for a critical input (3) allocation of (2) to all behaviors involved in responding to a critical input (4) total system production cost provided by the customer (5) allocation of (4) to system components

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