Q. <code><owl:Class rdf:ID="peopleAtLib"><br/><owl:unionOf rdf:parseType="Collection"><br/><owl:Class rdf:about="#staffMember"/><br/><owl:Class rdf:about="#readers"/><br/></owl:unionOf></owl:Class></code> is an example of

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Q. All type of constructor combinations are allowed in OWL Full till generated result is valid

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Q. In OWL language, classes are defined using

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Q. Acronym for OWL DLP is

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Q. Acronym for UNA is

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Q. In an OWL ontology, other ontologies are listed in

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Q. According to OWL DL constraints for anonymous classes, cardinality cannot be applied to property

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Q. OWL documents are

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Q. In Owl, data type properties

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Q. In OWL language, class equivalence can be defined using

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Q. According to constraint of OWL DL is that object properties' set is disjoint to datatype properties' set, which is referred as

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Q. In OWL ontology development, minimum number restriction for an object can be achieved by

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Q. In OWL Language, owl:one of is used for

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Q. According to OWL Lite constraints, statement that can be made among class identifiers but not among anonymous classes is called

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Q. Recycle graph with two entities is an example of

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Q. One of constraint of OWL DL is that cardinality constraint cannot be applied to transitive property is called

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Q. Namespace of xmlns:xsd ="http://www.w3.org/2001/XMLSchema#" is defined by

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Q. In OWL language, owl:imports is a

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Q. A type of property that does not allow to have same values for two different objects is called

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Q. <code><owl:Class rdf:about="#book"><br/><rdfs:subClassOf><br/><owl:Class><br/><owl:complementOf rdf:resource="#bookWrack"/><br/></owl:Class><br/></rdfs:subClassOf><br/></owl:Class></code> is an example of

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