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a lower bound on the number of changes to an object's value per time Interval

a lower bound on the number of objects that will traverse the edge per time interval

the expected number of changes to an object's value per time interval.

the expected number of objects that traverse the edge per time interval

an upper bound on the number of changes to an object's value per time interval

an upper bound on the number of objects that will traverse the edge per time interval

Option A

Option B

Option C

Option D

«designConstraint», which adds a mandatory constraintProperty

«emanagedRequirement», which adds properties for owner and changeAuthority

«extendedRequirement», which adds properties for source, risk, and verifyMethod

«penformanceRequirement». which adds properties for performanceMeasure and performance MeasureKind

«synched Requirement», which adds properties for lastSynch. version, and corresponding ID in the requirements management tool

It states that the corresponding property is provided for reading purposes only

It specifies that the corresponding property cannot be redefined

It specifies that the value of the corresponding property cannot change during the lifetime of its owner.

It specifies that the value of the corresponding property can be changed by its owner, but can only be read by other blocks

It remains in State 1.

it arbitrarily enters either State 2 or State 3.

It terminates

Its behavior is not defined.

A derived property requires an additional constraint expression, whereas SysML parametrics does not.

OCL-based constraint expressions can be used with SysML parametrics but not with derived properties

it takes many more steps to specify derived properties in the typical tool compared to specifying constraint blocks.

SysML parametrics supports non causal expressions, whereas a derived property involves an expression with a fixed output direction

it is an activity that can output control tokens via a parameter node.

It Is the general term for any element of an activity that can handle control tokens.

It Is a special kind of activity node that can be used to control the flow of tokens into an activity.

It Is an activity node that allows a modeler to specify the use of mathematical operators such as plus minus, multiply, or divide.