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Sigma KEE - Quantity
 Quantity(quantity) BMI, Kendall's_tau, Kendall_rank_correlation, absolute_majority, argument, average, balance, binomial, biquadratic, biquadratic_polynomial, biserial_correlation, biserial_correlation_coefficient, body_mass_index, boundedness, boundless, boundlessly, boundlessness, catch, centesimal, chance-half_correlation, chance_variable, characteristic_root_of_a_square_matrix, coefficient_of_concordance, correction, correlate, correlative, cutoff, decrease, decrement, deficit, degree, degree_of_a_polynomial, degree_of_freedom, demographic, dependent_variable, dip, distribution_free_statistic, domain, domain_of_a_function, double, drop, eigenvalue, eigenvalue_of_a_matrix, eigenvalue_of_a_square_matrix, endless, experimental_variable, factor, fall, fare_increase, finitely...

 appearance as argument number 1 s__documentation(s__Quantity,s__ChineseLanguage,'"这是任何表示东西数量或多少的规格。故此 Quantity 共有两个 子类别：Number （数量)和 PhysicalQuantity (多少)。"') chinese_format.kif 1708-1709 s__documentation(s__Quantity,s__EnglishLanguage,'"Any specification of how many or how much of something there is. Accordingly, there are two subclasses of Quantity: Number (how many) and PhysicalQuantity (how much)."') Merge.kif 1600-1602 s__partition__3(s__Quantity,s__FiniteQuantity,s__InfiniteQuantity) Mid-level-ontology.kif 3352-3352 Quantity is exhaustively partitioned into finite quantity and infinite quantity s__instance(s__Abstract,s__SetOrClass) Merge.kif 1598-1598 Quantity is a subclass of abstract

 appearance as argument number 2 s__disjointDecomposition__6(s__Abstract,s__Quantity,s__Attribute,s__SetOrClass,s__Relation,s__Proposition) Merge.kif 1574-1574 Abstract is disjointly decomposed into quantity, attribute, set or class, relation, and proposition s__range(s__AdditionFn__m,s__Quantity) Merge.kif 4483-4483 The range of addition is an instance of quantity s__range(s__ConversionRateFn__m,s__Quantity) UXExperimentalTerms.kif 3048-3048 The range of conversion rate is an instance of quantity s__range(s__DivisionFn__m,s__Quantity) Merge.kif 4513-4513 The range of division is an instance of quantity s__range(s__MaxFn__m,s__Quantity) Merge.kif 4735-4735 The range of max is an instance of quantity s__range(s__MinFn__m,s__Quantity) Merge.kif 4761-4761 The range of min is an instance of quantity s__range(s__MultiplicationFn__m,s__Quantity) Merge.kif 4470-4470 The range of multiplication is an instance of quantity s__range(s__PathWeightFn__m,s__Quantity) Merge.kif 5618-5618 The range of path weight is an instance of quantity s__range(s__PerCapitaFn__m,s__Quantity) Mid-level-ontology.kif 7798-7798 The range of PerCapitaFn is an instance of quantity s__range(s__RoundFn__m,s__Quantity) Merge.kif 4879-4879 The range of round is an instance of quantity s__range(s__SubtractionFn__m,s__Quantity) Merge.kif 4497-4497 The range of subtraction is an instance of quantity s__subclass(s__FiniteQuantity,s__Quantity) Mid-level-ontology.kif 3354-3354 Finite quantity is a subclass of quantity s__instance(s__InfiniteQuantity,s__SetOrClass) Mid-level-ontology.kif 3358-3358 Infinite quantity is a subclass of quantity s__instance(s__MultipoleQuantity,s__SetOrClass) engineering.kif 292-292 Multipole quantity is a subclass of quantity s__subclass(s__Number,s__Quantity) Merge.kif 1732-1732 Number is a subclass of quantity s__instance(s__Quantity,s__SetOrClass) engineering.kif 73-73 Physical dimension is a subclass of quantity s__subclass(s__PhysicalQuantity,s__Quantity) Merge.kif 1933-1933 Physical quantity is a subclass of quantity s__termFormat(s__ChineseLanguage,s__Quantity,'"数量"') chinese_format.kif 854-854 s__termFormat(s__EnglishLanguage,s__Quantity,'"quantity"') english_format.kif 915-915

 appearance as argument number 3 s__domain(s__AdditionFn__m,n__1,s__Quantity) Merge.kif 4481-4481 The number 1 argument of addition is an instance of quantity s__domain(s__AdditionFn__m,n__2,s__Quantity) Merge.kif 4482-4482 The number 2 argument of addition is an instance of quantity s__domain(s__DivisionFn__m,n__1,s__Quantity) Merge.kif 4511-4511 The number 1 argument of division is an instance of quantity s__domain(s__DivisionFn__m,n__2,s__Quantity) Merge.kif 4512-4512 The number 2 argument of division is an instance of quantity s__domain(s__LiftFn__m,n__1,s__Quantity) UXExperimentalTerms.kif 4749-4749 The number 1 argument of lift is an instance of quantity s__domain(s__LiftFn__m,n__2,s__Quantity) UXExperimentalTerms.kif 4751-4751 The number 2 argument of lift is an instance of quantity s__domain(s__MaxFn__m,n__1,s__Quantity) Merge.kif 4733-4733 The number 1 argument of max is an instance of quantity s__domain(s__MaxFn__m,n__2,s__Quantity) Merge.kif 4734-4734 The number 2 argument of max is an instance of quantity s__domain(s__MinFn__m,n__1,s__Quantity) Merge.kif 4759-4759 The number 1 argument of min is an instance of quantity s__domain(s__MinFn__m,n__2,s__Quantity) Merge.kif 4760-4760 The number 2 argument of min is an instance of quantity s__domain(s__MultiplicationFn__m,n__1,s__Quantity) Merge.kif 4468-4468 The number 1 argument of multiplication is an instance of quantity s__domain(s__MultiplicationFn__m,n__2,s__Quantity) Merge.kif 4469-4469 The number 2 argument of multiplication is an instance of quantity s__domain(s__PerCapitaFn__m,n__1,s__Quantity) Mid-level-ontology.kif 7796-7796 The number 1 argument of PerCapitaFn is an instance of quantity s__domain(s__RoundFn__m,n__1,s__Quantity) Merge.kif 4878-4878 The number 1 argument of round is an instance of quantity s__domain(s__SubtractionFn__m,n__1,s__Quantity) Merge.kif 4495-4495 The number 1 argument of subtraction is an instance of quantity s__domain(s__SubtractionFn__m,n__2,s__Quantity) Merge.kif 4496-4496 The number 2 argument of subtraction is an instance of quantity s__domain(s__arcWeight__m,n__2,s__Quantity) Merge.kif 5610-5610 The number 2 argument of arc weight is an instance of quantity s__domain(s__benchmarkPerformance__m,n__3,s__Quantity) QoSontology.kif 1045-1045 The number 3 argument of benchmark performance is an instance of quantity s__domain(s__defaultMaxValue__m,n__3,s__Quantity) Merge.kif 17037-17037 The number 3 argument of defaultMaxValue is an instance of quantity s__domain(s__defaultMaximumMeasure__m,n__2,s__Quantity) Mid-level-ontology.kif 11134-11134 The number 2 argument of default maximum measure is an instance of quantity s__domain(s__defaultMeasure__m,n__2,s__Quantity) Mid-level-ontology.kif 11162-11162 The number 2 argument of default measure is an instance of quantity s__domain(s__defaultMinValue__m,n__3,s__Quantity) Merge.kif 17022-17022 The number 3 argument of defaultMinValue is an instance of quantity s__domain(s__defaultMinimumMeasure__m,n__2,s__Quantity) Mid-level-ontology.kif 11105-11105 The number 2 argument of default minimum measure is an instance of quantity s__domain(s__defaultValue__m,n__3,s__Quantity) Merge.kif 17052-17052 The number 3 argument of defaultValue is an instance of quantity s__domain(s__equipmentCount__m,n__3,s__Quantity) Mid-level-ontology.kif 22027-22027 The number 3 argument of equipment count is an instance of quantity Display limited to 25 items. Show next 25 Display limited to 25 items. Show next 25

 antecedent ( ! [V__QUANTITY2,V__QUANTITY1] :    ((s__instance(V__QUANTITY1,s__Quantity) &        s__instance(V__QUANTITY2,s__Quantity))      =>      (s__LiftFn(V__QUANTITY1,V__QUANTITY2)      = s__DivisionFn(s__SubtractionFn(V__QUANTITY1,V__QUANTITY2)   ,V__QUANTITY2)) ) ) UXExperimentalTerms.kif 4761-4769 If a quantity is an instance of quantity and another quantity is an instance of quantity,then the financial improvement percentage of the quantity over the other quantity is equal to (the quantity and the other quantity) and the other quantity

 consequent No TPTP formula. May not be expressible in strict first order. Mid-level-ontology.kif 28196-28225 If a process is an instance of BreakingRecord and an agent is an agent of the process,then there exist a set or class, another set or class,, , another process,, , a time point,, , a case role,, , a third set or class and an entity such that the set or class is an instance of set and the agent is an instance of the set or class and the other set or class is a subclass of process and the third set or class is a subclass of region and the time point is an instance of time point and the entity is an instance of quantity and the process includes a reference to the entity and the entity includes a reference to the other set or class and the agent plays role in event the case role for the other process and the other process is located at 2 and there don't exist another entity and a third entity such that the other entity is an instance of the set or class and the other entity is not equal to the agent and the third entity is an instance of the other set or class and the other entity plays role in event the case role for the third entity and the third entity is located at 2 holds during interval between the time point and the end of the time of existence of the process ( ! [V__ITEM,V__CLASS,V__QUANTITY] :    ((s__instance(V__CLASS,s__Class) &        s__instance(V__CLASS,s__SetOrClass) &        s__instance(V__QUANTITY,s__Quantity))      =>      (s__total(V__CLASS,V__QUANTITY)      &      s__instance(V__ITEM,V__CLASS)) => s__instance(V__ITEM,s__Quantity) ) ) UXExperimentalTerms.kif 4738-4742 If the total of values in a class is a quantity and an entity is an instance of the class,then the entity is an instance of quantity Show full definition with tree view
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