MCQOPTIONS
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MCQOPTIONS
This section includes 657 Mcqs, each offering curated multiple-choice questions to sharpen your Testing Subject knowledge and support exam preparation. Choose a topic below to get started.
| 1. |
In modeling of union type classes, partial category of super class is represented by |
| A. | Single line |
| B. | Inverted comma |
| C. | Triple line |
| D. | Double line |
| Answer» B. Inverted comma | |
| 2. |
Entity type from which subgroups can be made is classified as |
| A. | Super class |
| B. | Subclass |
| C. | Qualified class |
| D. | Non-qualified class |
| Answer» C. Qualified class | |
| 3. |
Considering conceptual synthesis and refinement, generalization process is classified as |
| A. | Conceptual instantiation |
| B. | Conceptual synthesis |
| C. | Conceptual refinement |
| D. | Conceptual identification |
| Answer» C. Conceptual refinement | |
| 4. |
Kind of class which does not have its own subclasses is called |
| A. | Leaf node |
| B. | Attribute node |
| C. | Overlapping node |
| D. | Disjoint node |
| Answer» B. Attribute node | |
| 5. |
Root super class in diagrams of generalization and specialization is considered as |
| A. | Three-tier class |
| B. | Two-tier class |
| C. | Base class |
| D. | Top class |
| Answer» D. Top class | |
| 6. |
In process of specialization, subclasses are attached by |
| A. | Lines |
| B. | Dotted lines |
| C. | Red lines |
| D. | Red dotted lines |
| Answer» B. Dotted lines | |
| 7. |
Kind of subclass on which entity become part of subclass by putting some condition on attribute values is classified as |
| A. | Predicate segregation subclass |
| B. | Predicate aggregation subclass |
| C. | Predicate-defined subclass |
| D. | Indicate-defined subclass |
| Answer» D. Indicate-defined subclass | |
| 8. |
Kind of subclass in which there are no constraints for deciding membership in any given subclass is classified as |
| A. | Visual subclass |
| B. | User-defined subclass |
| C. | Member subclass |
| D. | Local subclass |
| Answer» C. Member subclass | |
| 9. |
Considering knowledge representation and conceptual modeling, reasoning mechanisms are classified as part of |
| A. | Functional modeling |
| B. | Concrete modeling |
| C. | Knowledge representation |
| D. | Conceptual modeling |
| Answer» D. Conceptual modeling | |
| 10. |
Main constraints applicable in specialization are |
| A. | Disjointness constraint |
| B. | Incomplete constraint |
| C. | Completeness constraint |
| D. | Both a and c |
| Answer» E. | |
| 11. |
In modeling of union type classes, total category of super class is represented by |
| A. | Triple line |
| B. | Double line |
| C. | Single line |
| D. | Inverted comma |
| Answer» C. Single line | |
| 12. |
Category which considers union of super class entities is called |
| A. | Total super class |
| B. | Partial super class |
| C. | Disjoint super class |
| D. | Joined super class |
| Answer» B. Partial super class | |
| 13. |
Considering conceptual synthesis and refinement, specialization process is classified as |
| A. | Conceptual refinement |
| B. | Conceptual identification |
| C. | Conceptual instantiation |
| D. | Conceptual synthesis |
| Answer» E. | |
| 14. |
If super class contains entities in subclasses and is derived from super class then super class is considered as |
| A. | Total |
| B. | Partial |
| C. | Overlap |
| D. | Disjoint |
| Answer» B. Partial | |
| 15. |
Process of defining entity type subclasses is classified as |
| A. | Type inheritance |
| B. | Visualization |
| C. | Specialization |
| D. | Generalization |
| Answer» D. Generalization | |
| 16. |
Entity types, super classes and subclasses are classified as |
| A. | ER schema overlapping |
| B. | ER schema functions |
| C. | ER schema objects |
| D. | EER schema constructs |
| Answer» E. | |
| 17. |
Subclass which has more than one super class is called |
| A. | Partial subclass |
| B. | Shared subclass |
| C. | Shared super class |
| D. | Joint super class |
| Answer» C. Shared super class | |
| 18. |
Type of subclass constraint that one entity can be member of at most one subclass is classified as |
| A. | Incomplete joint constraint |
| B. | Complete joint constraint |
| C. | Disjointness constraint |
| D. | Jointness constraint |
| Answer» D. Jointness constraint | |
| 19. |
In UML class diagrams, inheritances that are permitted includes |
| A. | Single inheritance |
| B. | Multiple inheritance |
| C. | Shared schema inheritance |
| D. | Both a and b |
| Answer» E. | |
| 20. |
Leaf nodes in diagrams of generalization and specialization are considered as |
| A. | Extension classes |
| B. | Leaf classes |
| C. | Inverted classes |
| D. | Diverted classes |
| Answer» C. Inverted classes | |
| 21. |
Association between aggregate and primitive objects is classified as |
| A. | IS-A-SUPERCLASS-OF relationship |
| B. | IS-A-SUBCLASS-OF relationship |
| C. | IS-A-COMPONENT-OF relationship |
| D. | IS-A-PART-OF relationship |
| Answer» E. | |
| 22. |
Concept which describes domain of knowledge is considered as |
| A. | Morphology |
| B. | Ontology |
| C. | Anthropology |
| D. | Terminology |
| Answer» C. Anthropology | |
| 23. |
Category which considers subset of union of entities included in super class is classified |
| A. | Disjoint super class |
| B. | Joined super class |
| C. | Total super class |
| D. | Partial super class |
| Answer» E. | |
| 24. |
Kind of class whose entities belongs to some other data class is called |
| A. | Concrete classes |
| B. | Abstract classes |
| C. | Leaf node classes |
| D. | Template classes |
| Answer» B. Abstract classes | |
| 25. |
According to enhanced-entity relationships, association between super class and subclass is as |
| A. | Super class is subset of subclass |
| B. | Subclass is subset of super class |
| C. | Subclass is partial joint of super class |
| D. | Super class is partial joint of subclass |
| Answer» C. Subclass is partial joint of super class | |
| 26. |
Possible specialization constraint includes |
| A. | Disjoint and total |
| B. | Overlapping and total |
| C. | Overlapping and partial |
| D. | All of above |
| Answer» E. | |
| 27. |
Hierarchy in which each subclass participates in one subclass relationship is classified as |
| A. | Specialization hierarchy |
| B. | Generalization hierarchy |
| C. | Jointness hierarchy |
| D. | Disjoint hierarchy |
| Answer» B. Generalization hierarchy | |
| 28. |
Type of lattice in which a subclass can be class or subclass in more than one association of subclasses is classified as |
| A. | Attribution lattice |
| B. | Specialization lattice |
| C. | Generalization lattice |
| D. | Disjoint lattice |
| Answer» C. Generalization lattice | |
| 29. |
Concept in which shared subclass take over relationship from multiple classes is considered as |
| A. | Joint inheritance |
| B. | Partial inheritance |
| C. | Multiple inheritance |
| D. | Independent inheritance |
| Answer» D. Independent inheritance | |
| 30. |
IS-AN-INSTANCE-OF and IS-A-MEMBER-OF are types of relationships to associate |
| A. | Object instance to object class |
| B. | Leaf instance to node class |
| C. | Union instance to object class |
| D. | Intersect instance to object class |
| Answer» B. Leaf instance to node class | |
| 31. |
Generalization and specialization lattices are classified as |
| A. | Single aggregation |
| B. | Multiple inheritance |
| C. | Single inheritance |
| D. | Multiple aggregation |
| Answer» C. Single inheritance | |
| 32. |
Inverse process of classification which focuses on specific examination of different entities of classes is called |
| A. | Identification |
| B. | Exception abstract |
| C. | Classification |
| D. | Instantiation |
| Answer» E. | |
| 33. |
Type of attributes that are applicable to specific subclasses is classified as |
| A. | Aggregate attributes |
| B. | Segregate attributes |
| C. | Public attributes |
| D. | Local attributes |
| Answer» E. | |
| 34. |
Type of specialization in which all subclasses have membership condition on super class of similar attribute is classified as |
| A. | Constraint-defined specialization |
| B. | Key-defined specialization |
| C. | Entity-defined specialization |
| D. | Attribute-defined specialization |
| Answer» E. | |
| 35. |
In process of specialization, specific attributes are also classified as |
| A. | Public attributes |
| B. | Local attributes |
| C. | Aggregate attributes |
| D. | Segregate attributes |
| Answer» C. Aggregate attributes | |
| 36. |
Predicate-defined subclasses are also known as |
| A. | Condition-defined subclasses |
| B. | Non condition subclasses |
| C. | Aggregation subclasses |
| D. | Segregation subclasses |
| Answer» B. Non condition subclasses | |
| 37. |
Which of the following is NOT a E-R model of all versions of the E-R model? |
| A. | Entities |
| B. | Attributes |
| C. | Relationships |
| D. | Primary keys |
| Answer» E. | |
| 38. |
In enhanced-entity-relationship, collection of entities in form of set is classified as |
| A. | Object |
| B. | Schema |
| C. | Class |
| D. | Construct |
| Answer» D. Construct | |
| 39. |
Entity involved in process of specialization is considered as |
| A. | Medium class of entity |
| B. | Mini class of entity |
| C. | Subclass of entity |
| D. | Super class of entity |
| Answer» E. | |
| 40. |
Subclass which represent objects collection of distinct entity types is classified as |
| A. | Partial type |
| B. | Intersection type |
| C. | Union type |
| D. | Both b and c |
| Answer» E. | |
| 41. |
Procedure of building composite objects from components of objects is classified as |
| A. | Aggregation |
| B. | Segregation |
| C. | Aggregate synthesis |
| D. | Aggregate refinement |
| Answer» B. Segregation | |
| 42. |
Consider representation of specialization and generalization, filled triangle is used to indicate constraint called |
| A. | Overlapping constraint |
| B. | Disjoint node |
| C. | Shared base constraint |
| D. | Schema construct |
| Answer» B. Disjoint node | |
| 43. |
Considering constraints of generalization and specialization, constraint of disjointness and completeness is usually |
| A. | Non calculated |
| B. | Non defined |
| C. | Independence |
| D. | Dependence |
| Answer» D. Dependence | |
| 44. |
The attribute name could be structured as a attribute consisting of first name, middle initial, and last name. This type of attribute is called |
| A. | Simple attribute |
| B. | Composite attribute |
| C. | Multivalued attribute |
| D. | Derived attribute |
| Answer» C. Multivalued attribute | |
| 45. |
Relationship between vocabulary to represent different concepts is classified as |
| A. | Dictionary |
| B. | Thesaurus |
| C. | Glossary |
| D. | All of above |
| Answer» E. | |
| 46. |
The attribute AGE is calculated from DATE_OF_BIRTH . The attribute AGE is |
| A. | Single valued |
| B. | Multi valued |
| C. | Composite |
| D. | Derived |
| Answer» E. | |
| 47. |
Consider representation of specialization and generalization, blank triangle is used to indicate specific constraint called |
| A. | Disjoint node |
| B. | Shared base constraint |
| C. | Schema construct |
| D. | Disjoint constraint |
| Answer» E. | |
| 48. |
Web project which allows exchange of information among different computers on Web is classified as |
| A. | Segregate web |
| B. | Conceptual web |
| C. | Semantic web |
| D. | Aggregate web |
| Answer» D. Aggregate web | |
| 49. |
Which of the following can be a multivalued attribute ? |
| A. | Phone_number |
| B. | Name |
| C. | Date_of_birth |
| D. | All of the mentioned |
| Answer» B. Name | |
| 50. |
Which of the following is a single valued attribute |
| A. | Register_number |
| B. | Address |
| C. | SUBJECT_TAKEN |
| D. | Reference |
| Answer» B. Address | |