Q. <code><owl:ObjectProperty rdf:ID="chaptersIn"></br><owl:equivalentProperty rdf:resource="#reads"/></br></owl:ObjectProperty></code> is an example of

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Q. Equivalence of classes can also be represented by

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Q. Like other database systems, OWL does not adopt property of

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Q. <code><owl:ObjectProperty rdf:ID="issues"></br><rdfs:range rdf:resource="#book"/></br><rdfs:domain rdf:resource="#LibraryStaffMember"/></br><owl:inverseOf rdf:resource="#isIssuedBy"/></br></owl:ObjectProperty></code> is an example of

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Q. In OWL, owl:onProperty contained in

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Q. According to OWL Lite constraints, cardinality statement can only be applied to

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Q. <code><owl:ObjectProperty rdf:ID="isIssuedBy"></br><rdfs:domain rdf:resource="#book"/></br><rdfs:range rdf:resource="#libraryStaffMember"/></br><rdfs:subPropertyOf rdf:resource="#involves"/></br></owl:ObjectProperty></code> is an example of

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Q. To define distinct objects in OWL, element used is

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

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Q. In OWL, restriction used to define possible values of property for a specific class is

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Q. Complement of classes can also be represented by

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Q. In OWL, more clear and compact then XML syntax or the
RDF/XML syntax is

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Q. One of constraint of OWL DL is that anonymous classes can only be allowed as range or domain of owl:equivalentClass or owl:disjointWith, is also referred as

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Q. A resource that can only belong to one element of set = {class, object property, an individual, a datatype property, datatype, etc. } is called

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Q. In OWL, when more then one domain or range is taken then OWL follows rule of

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Q. According to OWL DL constraints for anonymous classes, that it can be range of

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Q. In OWL, supervises is an example of

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Q. One of constraint of OWL DL is that partition of all elements must be explicitly defined, known as

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Q. Easier way to become familiar with OWL is

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Q. In OWL language, classes can be defined as disjoint using

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