Free Preparation Discussions
MENU
OMG-OCUP2-FOUND100 Exam Questions
- Topic 1: Class Diagram: This topic focuses on class diagrams that depict classes, their attributes, operations, and the relationships between them.
- Topic 2: Activity Diagram: Activity Diagram illustrates workflows and processes. It also shows the steps involved in a process, the sequence of these steps, and the conditions that trigger each step.
- Topic 3: Sequence Diagram: Interactions between objects over time are depicted in this diagram. This diagram shows messages exchanged between objects and the sequence of these messages.
- Topic 4: Why We Model: This topic covers software modeling and its benefits. It also explores the necessity of modeling in software development.
- Topic 5: State Machine Diagram: It illustrates the state transitions of an object in response to events. This diagram also shows different states, events, and actions.
- Topic 6: Object Diagram: A specific instance of a class diagram is depicted in this diagram. It not only discusses the objects in a system but also focuses on relationships between them at a particular point in time.
- Topic 7: Package Diagram: Related model elements are grouped together in it. The diagram is helpful in organizing and managing complex UML models.
- Topic 8: Use Diagram: The interactions between actors, systems, and use cases are depicted in this diagram. It shows the functionality of a system from the perspective of a user.
Free OMG OMG-OCUP2-FOUND100 Exam Actual Questions
Note: Premium Questions for OMG-OCUP2-FOUND100 were last updated On Jun. 11, 2026 (see below)
Choose the correct answer:
Consider the following class diagram:
Which object diagram corresponds to it?
A)
B)
C)
The question asks to identify which object diagram corresponds to the provided class diagram. In order to verify which object diagram is correct, we must look at the class diagram to understand the relationships and multiplicities between the classes, and then match these with the objects and links in the object diagrams.
The class diagram (not visible in your query but implied to be the reference for the object diagrams provided) must contain three classes, A, B, and C, with specific multiplicity relationships among them. Here's how we deduce the correct object diagram:
Multiplicity between A and C is '1..2', which means that for each instance of A there must be one or two links to instances of C.
Multiplicity between B and C is '0..2', which means that for each instance of B there are zero, one, or two links to instances of C.
Multiplicity between A and B is '0..1', which indicates that for each instance of A there can be zero or one link to an instance of B.
With these rules, we analyze the object diagrams:
Option A has one instance of A linked to two instances of C, which is correct according to the '1..2' multiplicity. However, there are two instances of B (b1 and b2) each linked to a single instance of C (c1), which violates the '0..2' multiplicity rule because it implies there should be two links from c1 to the B instances (b1 and b2) but instead, there are two separate links to the same instance of C (c1), which is not allowed.
Option B has similar issues where two instances of A (a2 and a1) are linked to a single instance of C, which violates the '1..2' multiplicity rule.
Option C shows each instance of A and B linked to their own separate instances of C. This violates the '1..2' multiplicity between A and C since there is only one link from A to C and does not show the possibility of two links which the multiplicity '1..2' would allow.
Option D shows a single instance of A linked to two instances of C (c1 and c2), which satisfies the '1..2' multiplicity. Additionally, there is a single instance of B linked to one of the instances of C (c1), satisfying the '0..2' multiplicity. The A instance has no direct link to the B instance, which is allowed because the '0..1' multiplicity permits zero links between instances of A and B.
Based on this analysis, the only object diagram that satisfies all the multiplicity constraints of the class diagram is Option D.
The verification of the answer can be cross-checked with the UML 2 Foundation documentation, specifically in the section dealing with object diagrams and their correlation with class diagrams, which will confirm that object diagrams represent instances of classes and must comply with the multiplicities defined in the class diagram they are derived from. Multiplicity notation and interpretation are fundamental concepts in UML and are well documented in the UML specification by the Object Management Group (OMG).
Choose the correct answer: OpaqueExpression can use which languages?
An OpaqueExpression in UML 2 is used to specify behavior in a textual form when it is not necessary to specify which language is used, or when it is not possible to use graphical notation. According to the UML 2 specification, an OpaqueExpression is not limited to any particular language; it can represent expressions written in any language.
The key characteristics of an OpaqueExpression are as follows:
The 'body' of an OpaqueExpression is a sequence of strings, where each string could be written in a different language. This means it has the capacity to include multiple languages simultaneously.
The 'language' attribute is optional and is used to indicate the languages of the respective 'body' parts.
The allowance for any language is clearly stated in the UML 2 Infrastructure Specification. OpaqueExpression is designed to be a flexible way to capture expressions that are not readily expressible in UML or when using a language outside the scope of UML (e.g., mathematical expressions, programming languages, or other domain-specific languages).
Choose the correct answer:
What is the meaning of the relationship shown in the diagram below?
In UML 2, the dashed arrow with an open arrowhead represents a dependency relationship. In the context of class diagrams, a dependency relationship indicates that changes to one class (the independent class) may cause changes in the other class (the dependent class). The direction of the arrow specifies which class is dependent on which. In the given diagram, the arrow points from class A to class B, which means that class A is dependent on class B. This could manifest as class A using some services or functions of class B, for example.
UML 2.5 Specification Document: The official document by the Object Management Group (OMG), which defines the syntax and semantics of UML.
UML Distilled: A Brief Guide to the Standard Object Modeling Language, Third Edition by Martin Fowler: This book provides a clear guide to UML and includes examples of dependency relationships.
Choose the correct answer:
Consider the following diagram:
Which change could the modeler make to fix the UML error in this model?
In the UML diagram given, we see two classes, ClassA and ClassB, with ClassB inheriting from ClassA. ClassA has two attributes, position of type Integer and description of type String. ClassB introduces an additional attribute, version of type Real.
Looking at the instance specifications (the right part of the diagram), we have three instances: a1 of type ClassA, b1 of type ClassB, and b2 also of type ClassB.
In UML, an instance specification must comply with the structure of its classifier, which means an instance of ClassA must show slots for both position and description, whereas an instance of ClassB must show slots for position, description, and version.
In the provided diagram, instance a1 of ClassA only shows a slot for position. This is an error because it does not show a slot for description, which is a defined attribute of ClassA. To correct this error, we would need to add a description slot to a1.
This means that the correct answer is:
B . Add a description slot to a1.
The other options do not correct the error in the model:
A) Specifying unique values for position does not address the missing description slot in a1. C) Changing the type of ClassB.version from Real to Integer is not required by any UML constraint in the context given. D) Changing the type of ClassA.position from Integer to Real does not address the missing description slot in a1 and is unrelated to the inheritance structure.
Choose the correct answer:
Which statement is true about the following diagram?
The diagram likely represents a UML activity diagram, which is used to model the workflow of a system. The correct answer is D because it reflects the behavior of decision nodes and concurrent flows in UML activity diagrams.
In UML, when an activity reaches a decision node (depicted as a diamond), it chooses one among several alternative flows. In this case, after the completion of action A, the flow must decide between B or D, but not both, which is a fundamental aspect of decision nodes in UML. This is supported by the UML 2.5 specification, which states that a decision node routes tokens to one of the available outgoing edges based on the conditions evaluated at runtime, ensuring that only one path is taken.
Furthermore, the UML specification explains that the notation for decision nodes and the semantics of token flows are such that they support the modeling of conditional and concurrent behaviors within an activity. This is essential for accurately capturing the logic of complex systems and their operations.
For a more in-depth understanding, you can refer to the UML 2.5.1 specification provided by the Object Management Group (OMG), which details the notation and semantics of activity diagrams, including decision nodes and flows. Additionally, studying the official OMG UML 2 Certification Guide can provide further clarification on these concepts.
- Select Question Types you want
- Set your Desired Pass Percentage
- Allocate Time (Hours : Minutes)
- Create Multiple Practice tests with Limited Questions
- Customer Support
Ryan Carter
16 days agoBarbara Clark
19 days agoCrystal Roberts
1 month agoRobert King
2 months agoBetty Turner
2 months agoAmanda Rivera
1 month agoJustin Turner
1 month agoDonna Scott
1 month agoWinfred
2 months agoLashonda
3 months agoLezlie
3 months agoJodi
3 months agoVerlene
3 months agoStephanie
4 months agoCherry
4 months agoShalon
4 months agoEsteban
5 months agoFelix
5 months agoOren
5 months agoGlenn
5 months agoCherri
5 months agoRoselle
6 months agoPolly
6 months agoFelix
6 months agoSheron
6 months agoArlene
7 months agoTrinidad
7 months agoMarge
7 months agoKatina
8 months agoGeorgiann
8 months agoJessenia
8 months agoAliza
8 months agoRhea
9 months agoOliva
9 months agoDan
9 months agoOwen
9 months agoLeota
11 months agoGilbert
1 year agoSalome
1 year agoMarvel
1 year agoGlory
1 year agoRosalia
1 year agoLuisa
1 year agoKristin
2 years agoMozell
2 years agoMerlyn
2 years agoShasta
2 years agoRemona
2 years agoHermila
2 years agoChantay
2 years agoHannah
2 years agoCecily
2 years agoMarshall
2 years agoDomingo
2 years agoJesse
2 years agoBette
2 years agoEvangelina
2 years agoCathrine
2 years agoAnnamae
2 years agoMarge
2 years agoMohammad
2 years agoAide
2 years agoElza
2 years agoLizette
2 years agoElden
2 years agoJavier
2 years ago