Q. If the high level data manipulation language is used in standalone interface manner then this language is considered as

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Q. In data modeling, the data constraints, data relationships and data types for the stored data are classified as

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Q. The type of relational database which incorporate the concepts of object database is classified as

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Q. In client / server architecture, the machine that have capability of providing user interface and local processing is called

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Q. In DBMS, the property of interest which further describes the entity is classified as

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Q. The type of data manipulation language which is used to describe the complex operations in more precise way is classified as

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Q. In DBMS, the set-at-a-time manipulation language is also called

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Q. The system which schedules the inputs or outputs of the disk in database is classified as

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Q. The hierarchical models and network models are classified as

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Q. In Three-Schema Architecture, the schema which gives details about data types, constraints and entities is classified as

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Q. The complete description of database which is described in design phase and is changed rarely is called

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Q. If here are no strict separation between internal and conceptual levels, the language used by database designer is

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Q. If the commands of data manipulation language are embedded in general programming language then that programming language is called

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Q. The type of data independence in which the internal schema can be modified without modifying the conceptual schema is classified as

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Q. The types of architectures of DBMS are

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Q. The graphical representation of database description is called

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Q. The program interface which provides the feature to client side programs to call the database management system is classified as

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Q. In hierarchical structures, the can be nested to create

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Q. In DBMS, the description of database in the form of schema is also called

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Q. In the two-tier architecture, the server is considered as

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