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There is no value - the instance model is invalid

Option A

Option B

Option C

Option D

A metamodel is used to define the stereotypes and the properties of a profile.

A metamodel Is the result of applying a profile to a user model to define new domain concepts.

A profile is a mechanism for extending existing concepts defined In a metamodel.

A profile is a mechanism for defining stereotypes, which is not related to metamodels in any way.

an activity partition enclosing the actions the actor performs

an action allocation of the actor to the actions that actor performs

an association Between the actor and the actions that actor performs

an object node to represent the actor and object flows tying that actor to the actions it performs

parameters that are mapped to flow ports

parameters in which tokens are never buffered

parameters through which a continuous stream of tokens pass

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

Packages may represent specifications, which can be contained m other specifications

Containment allows a requirement to be decomposed by containing sub-requirements. Packages can also contain requirements

Requirements can contain packages, which in turn can contain other requirements. This is how hierarchical specifications can be represented in SysML

Requirements cannot use containment. They cannot contain any other model elements.

The modeling tool provides the stereotypes

The stereotypes are part of the SysML standard

Each modeler who writes requirements can define stereotypes

A profile that maps modeling methodology concepts to the model defines the stereotypes

a derived property

an analysis property

a calculated property

an estimation property

a replacement property

Create a block for each of LOM. R1 and R? Then create part properties in LOM that are typed by R1 and R?

Create an activity for each of LOM. R1, and R2. Then, create actions in LOM that are typed by R1 and R2.

Create a constraint block for each of LOM. R1. and R2 Then, create part properties in LOM that are typed by R1 and R2.

Create a constraint block for each of LOM. R1, and R2- Then, create constraint properties m LOM that are typed by R1 and R2.

The Security viewpoint conforms to the requirements specified by the Security view

The Security view is intended to address the purpose specified by the Security viewpoint

The Security view imports the Security viewpoint to ensure the security requirements are satisfied

The Security viewpoint imports the model elements associated with flowing down the security requirements