Question 1

What is the significance of the verify relationship?

Options :

A : The verify relationship is restricted to relating a requirement to a testCase only.

B : The verify relationship extends the refine relationship to specify how the requirement will be verified.

C : The verify relationship is an extension of the satisfies relationship, relating a block to a verification activity.

D : The verify relationship relates a requirement to some other model element such as a testCase. activity, or interaction that can prove the requirement has been satisfied.

E :

The verify relationship is used to prove. That the assertion of the satisfy relationship is true Thus, a verify relationship is meaningless

without a corresponding satisfy relationship.

Answer: B

Question 2

Given the following diagram:How does state machine Example behave after receipt of event M1 with x equal to zero?

Options :

A : It remains in State 1.

B : it arbitrarily enters either State 2 or State 3.

C : It terminates

D : Its behavior is not defined.

Answer: A

Question 3

What is the significance of the verify relationship?

Options :

A : The verify relationship is restricted to relating a requirement to a testCase only.

B : The verify relationship extends the refine relationship to specify how the requirement will be verified.

C : The verify relationship is an extension of the satisfies relationship, relating a block to a verification activity.

D : The verify relationship relates a requirement to some other model element such as a testCase. activity, or interaction that can prove the requirement has been satisfied.

E : The verify relationship is used to prove. That the assertion of the satisfy relationship is true Thus, a verify relationship is meaninglesswithout a corresponding satisfy relationship.

Answer: B

Question 4

What are streaming parameters?

Options :

A : parameters that are mapped to flow ports

B : parameters in which tokens are never buffered

C : parameters through which a continuous stream of tokens pass

D : parameters through which an activity can accept or produce tokens throughout its execution

Answer: B

Question 5

Given a system for keeping birds away from airports One component, described by the following diagram directs audio signals at birds that approach a runway, its parts, as part properties, are typed by blocks.

A systems engineer has identified some blacks that type the pan properties, but as the design becomes more specific, the engineer discovers that these blocks exist in multiple variants.

What modeling choice does the engineer face at this point?

Options :

A : whether to model part properties as (a) a library, or (b) a logical hierarchy

B : whether to model part properties as (a) a library or (b) a hierarchy of non-composite relationships

C : whether to model variants of blocks that type part properties as (a) explicit subclasses of the blocks, or (b) part-specific types.

D : whether to model variants of blocks that type part properties as (a) implicit subclasses of the blocks, or (b) part-specific types

Answer: A

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