OMG OMG-OCSMP-MBI300 - OMG-Certified Systems Modeling Professional - Model Builder – Intermediate

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Total 90 questions

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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?

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

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

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

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

Question # 22

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What is the statement "An activity specifies the behavior of a use case?

a constraint defined in SysML

a guideline from a methodology

a constraint of the activity element

a constraint of the use case element

Question # 23

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Given the following block:

Which SysML construct correctly models Geographic Coordinate?

Option A

Option B

Option C

Option D

Question # 24

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Different Block kinds are modeled using stereotypes such as Â«systemÂ», Â«subsystemÂ» or Â«softwareÂ»

Where are these stereotypes typically defined?

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

Question # 25

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A system engineer has created the following model of a tank system composed of two tanks and a pipe connecting them:

The system engineer wants to mathematically relate the flow of water through the pipe using the following mass conservation equation: Tank_System wFlowin flowRate * Tank_System pipe endA_Area = Tank_System wFlowOut flowRate * Tank_System pipe endB_Area How would the system engineer model this in SysML?

Create a block to represent the mass conservation equation, use it in Tank_System. and relate its properties to the properties of wFlowin. wFlowOut. and pipe

Create a constraint block to represent the mass conservation equation, use it in Tank_System. and relate its parameters to the properties of wFiowin. wFlowOut. and pipe

Create a constraint block to represent each of wFlowin wFlowOut and the mass conservation equation; use these constraint blocks In Tank_System. and relate their parameters to the properties of pipe.

Create two flow properties for Tank_System (equivalent to wFlowin and wFlowOut); create a constraint block for the mass conservation equation and use it in Tank_System. and then relate the flow properties to the new constraint property.

It is not possible to model this because wFlowin and wFlowOut are item properties and not flow properties