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

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

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

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Q. The main constraints applicable in specialization are

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

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

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

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

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

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

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

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

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

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

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

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

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Q. The generalization and specialization lattices are classified as

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

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

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

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