adplus-dvertising
frame-decoration

Question

The kind of subclass on which the 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

Posted under DBMS

Answer: (c).predicate-defined subclass

Engage with the Community - Add Your Comment

Confused About the Answer? Ask for Details Here.

Know the Explanation? Add it Here.

Q. The kind of subclass on which the entity become part of subclass by putting some condition on attribute values is classified as

Similar Questions

Discover Related MCQs

Q. The kind of subclass in which there are no constraints for deciding membership in any given subclass is classified as

Q. Considering the knowledge representation and conceptual modeling, the reasoning mechanisms are classified as part of

Q. The main constraints applicable in specialization are

Q. In the modeling of union type classes, the total category of super class is represented by

Q. The category which considers the union of super class entities is called

Q. Considering the conceptual synthesis and refinement, the specialization process is classified as

Q. If the super class contains the entities in subclasses and is derived from super class then the super class is considered as

Q. The process of defining the entity type subclasses is classified as

Q. The entity types, super classes and subclasses are classified as

Q. The subclass which has more than one super class is called

Q. The type of subclass constraint that one entity can be member of at most one subclass is classified as

Q. In UML class diagrams, the inheritances that are permitted includes

Q. The leaf nodes in diagrams of generalization and specialization are considered as

Q. The concept in which the shared subclass take over the relationship from multiple classes is considered as

Q. The IS-AN-INSTANCE-OF and IS-A-MEMBER-OF are types of relationships to associate

Q. The generalization and specialization lattices are classified as

Q. The inverse process of classification which focuses on specific examination of different entities of classes is called

Q. The type of attributes that are applicable to specific subclasses is classified as

Q. The identification, aggregation and instantiation are abstraction concepts used in

Q. The type of specialization in which all the subclasses have membership condition on super class of similar attribute is classified as