A. object

B. object and all its links

C. component objects

D. object, all its links, and all linked objects

E. object and all its component objects

A. Applying a profile means that it is allowed, but not required to apply the stereotypes that are part of the profile.

B. Applying a profile means that it is required to apply the stereotypes that are part of the profile.

C. A profile can be combined with others applied on the same model.

D. A profile can be removed at any time from a model.

A. software based

B. discrete

C. continuous

D. continuous or discrete

A. point on the fragment frame with an optional name

B. circular disc at the interaction frame

C. small arrow either into or out from the fragment frame

D. small rectangle on the fragment frame with associated name

A. will be bypassed if a transition on a containing state is triggered

B. is executed before the exit actions of any containing states

C. occurs after the "do" action of a state completes

D. occurs when final substate is reached

A. All traces of MOpt include message p.

B. Receiving p will come before sending q.

C. No traces of MOpt include both messages p and q.

D. All traces of MOpt include message q.

A. exception being raised

B. arbitrary object of one of its subclasses being created

C. undefined behavior

D. error log entry being created

E. object of the specified class being created

A. A stereotype is a limited kind of a metaclass that can be only be used in conjunction with one of the metaclasses it extends.

B. A metaclass is a limited kind of a stereotype that can only be used in conjunction with one of the stereotypes it limits.

C. A stereotype is a specialization of a metaclass that can be used by itself, whereas a metaclass must be used with a stereotype.

D. Stereotypes can be specialized, but metaclasses cannot be specialized.

E. Metaclasses can be specialized, but stereotypes cannot be specialized.

A. Both p and q appear in all traces.

B. q appears in all traces.

C. Either p or q appears in a trace, but not both.

D. p appears in all traces.

A. is an orthogonal state

B. is executed concurrently

C. is equivalent to two states with one region each

D. is a kind of submachine state

E. can have separate entry and exit actions for each region