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KB Term:  Term intersection
English Word: 

Sigma KEE - price
price

appearance as argument number 1
-------------------------


(instance price TernaryPredicate) Mid-level-ontology.kif 9056-9056 price is an instance of ternary predicate
(domain price 1 Physical) Mid-level-ontology.kif 9057-9057 The number 1 argument of price is an instance of physical
(domain price 2 CurrencyMeasure) Mid-level-ontology.kif 9058-9058 The number 2 argument of price is an instance of currency measure
(domain price 3 AutonomousAgent) Mid-level-ontology.kif 9059-9059 The number 3 argument of price is an instance of agent
(documentation price EnglishLanguage "(price ?Obj ?Money ?Agent) means that ?Agent pays the amount of money ?Money for ?Obj.") Mid-level-ontology.kif 9060-9061 The number 3 argument of price is an instance of agent

appearance as argument number 2
-------------------------


(subrelation bidPrice price) FinancialOntology.kif 1950-1950 bid price is a subrelation of price
(subrelation askPrice price) FinancialOntology.kif 1971-1971 ask price is a subrelation of price
(format EnglishLanguage price "%1 is %n price %2 for %3") domainEnglishFormat.kif 2041-2041 ask price is a subrelation of price
(format ChineseTraditionalLanguage price "%1 %n 是 對於 %3 的 price %2 ") domainEnglishFormat.kif 2042-2042 ask price is a subrelation of price
(format ChineseLanguage price "%1 %n 是 对于 %3 的 price %2 ") domainEnglishFormat.kif 2043-2043 ask price is a subrelation of price
(termFormat EnglishLanguage price "price") domainEnglishFormat.kif 47275-47275 ask price is a subrelation of price
(termFormat ChineseTraditionalLanguage price "價錢") domainEnglishFormat.kif 47276-47276 ask price is a subrelation of price
(termFormat ChineseLanguage price "价钱") domainEnglishFormat.kif 47277-47277 ask price is a subrelation of price

antecedent
-------------------------


(=>
    (price ?Obj ?Money ?Agent)
    (exists (?Buying)
        (and
            (instance ?Buying Buying)
            (agent ?Buying ?Agent)
            (patient ?Buying ?Obj)
            (transactionAmount ?Buying ?Money))))		 Mid-level-ontology.kif 9063-9070 If X is price Y for Z, then there exists W such that W is an instance of buying, Z is an agent of W, X is a patient of W, and Y is a transaction amount of W
(=>
    (and
        (instance ?MENU SetMenu)
        (offers ?AGENT ?MENU)
        (catalogItem ?CLASS ?MENU)
        (subclass ?CLASS PreparedFood)
        (instance ?X ?VLASS)
        (instance ?Y ?CLASS)
        (not
            (equal ?X ?Y))
        (price ?X ?PRICE1 ?AGENT1)
        (price ?Y ?PRICE2 ?AGENT2))
    (equal ?PRICE1 ?PRICE2))		 Dining.kif 189-201 If All of the following hold: (1) X is an instance of set menu (2) Y offers items for sale in X (3) Z is in X (4) Z is a subclass of food (5) W is an instance of V (6) U is an instance of Z (7) equal W and U (8) W is price T for S (9) U is price R for Q, then equal T and R
(=>
    (and
        (instance ?Option CallOption)
        (optionHolder ?Option ?Agent)
        (strikePrice ?Option ?Price)
        (agreementExpirationDate ?Option ?ExpDate)
        (underlier ?Option ?Stocks)
        (price ?Stocks ?Price ?Time)
        (instance ?Time TimeInterval)
        (before
            (EndFn ?Time)
            (BeginFn ?ExpDate)))
    (holdsRight ?Agent
        (exists (?Buy)
            (and
                (instance ?Buy Buying)
                (patient ?Buy ?Stocks)
                (time ?Buy ?Time)
                (measure ?Stocks
                    (MeasureFn 100 ShareUnit))
                (agent ?Buy ?Agent)))))		 FinancialOntology.kif 2652-2670 If All of the following hold: (1) X is an instance of call option (2) Y holds X (3) Z is a strike price of X (4) X has expiration W (5) V is an underlier of X (6) V is price Z for U (7) U is an instance of timeframe (8) the end of U happens before the beginning of W, then Y has the right to perform %3
(=>
    (and
        (instance ?Option CallOption)
        (optionSeller ?Option ?Seller)
        (strikePrice ?Option ?Price)
        (agreementExpirationDate ?Option ?ExpDate)
        (underlier ?Option ?Stocks)
        (price ?Stocks ?Price ?Time)
        (instance ?Time TimeInterval)
        (before
            (EndFn ?Time)
            (BeginFn ?ExpDate)))
    (holdsObligation ?Seller
        (exists (?Sell)
            (and
                (instance ?Sell Selling)
                (patient ?Sell ?Stocks)
                (time ?Sell ?Time)
                (measure ?Stocks
                    (MeasureFn 100 ShareUnit))
                (agent ?Sell ?Agent)))))		 FinancialOntology.kif 2672-2689 If All of the following hold: (1) X is an instance of call option (2) Y sells X (3) Z is a strike price of X (4) X has expiration W (5) V is an underlier of X (6) V is price Z for U (7) U is an instance of timeframe (8) the end of U happens before the beginning of W, then Y is obliged to perform tasks of type there exists T such that T is an instance of selling and V is a patient of T and T exists during U and the measure of V is 100 share unit(s) and S is an agent of T
(=>
    (and
        (instance ?Option PutOption)
        (optionHolder ?Option ?Agent)
        (strikePrice ?Option ?Price)
        (agreementExpirationDate ?Option ?ExpDate)
        (price ?Stocks ?Price ?Time)
        (instance ?Time TimeInterval)
        (before
            (EndFn ?Time)
            (BeginFn ?ExpDate))
        (underlier ?Option ?Stocks))
    (holdsRight ?Agent
        (exists (?Sell)
            (and
                (instance ?Sell Selling)
                (patient ?Sell ?Stocks)
                (time ?Sell ?Time)
                (measure ?Stocks
                    (MeasureFn 100 ShareUnit))
                (agent ?Sell ?Agent)))))		 FinancialOntology.kif 2697-2714 If All of the following hold: (1) X is an instance of put option (2) Y holds X (3) Z is a strike price of X (4) X has expiration W (5) V is price Z for U (6) U is an instance of timeframe (7) the end of U happens before the beginning of W (8) V is an underlier of X, then Y has the right to perform %3
(=>
    (and
        (instance ?Option PutOption)
        (optionSeller ?Option ?Agent)
        (strikePrice ?Option ?Price)
        (agreementExpirationDate ?Option ?ExpDate)
        (price ?Stocks ?Price ?Time)
        (instance ?Time TimeInterval)
        (before
            (EndFn ?Time)
            (BeginFn ?ExpDate))
        (underlier ?Option ?Stocks))
    (holdsObligation ?Agent
        (exists (?Buy)
            (and
                (instance ?Buy Buying)
                (patient ?Buy ?Stocks)
                (time ?Buy ?Time)
                (measure ?Stocks
                    (MeasureFn 100 ShareUnit))
                (agent ?Buy ?Agent)))))		 FinancialOntology.kif 2716-2734 If All of the following hold: (1) X is an instance of put option (2) Y sells X (3) Z is a strike price of X (4) X has expiration W (5) V is price Z for U (6) U is an instance of timeframe (7) the end of U happens before the beginning of W (8) V is an underlier of X, then Y is obliged to perform tasks of type there exists T such that T is an instance of buying and V is a patient of T and T exists during U and the measure of V is 100 share unit(s) and Y is an agent of T
(=>
    (and
        (instance ?Uptick Uptick)
        (patient ?Uptick ?Stock)
        (equal
            (WhenFn ?Uptick) ?Time1)
        (instance ?U UnitOfCurrency)
        (price ?Stock
            (MeasureFn ?Price1 ?U) ?Time1))
    (exists (?Transaction ?Time2 ?Price2)
        (and
            (instance ?Transaction StockMarketTransaction)
            (patient ?Transaction ?Stock)
            (equal
                (WhenFn ?Transaction) ?Time2)
            (meetsTemporally ?Time2 ?Time1)
            (price ?Stock
                (MeasureFn ?Price2 ?U) ?Time2)
            (lessThan ?Price2 ?Price1))))		 FinancialOntology.kif 3269-3285 If X is an instance of uptick, Y is a patient of X, equal the time of existence of X and Z, W is an instance of unit of currency, and Y is price V W(s) for Z, then there exist U, T and S such that U is an instance of stock market transaction and Y is a patient of U and equal the time of existence of U and T and T meets Z and Y is price S W(s) for T and S is less than V
(=>
    (and
        (instance ?Downtick Downtick)
        (patient ?Downtick ?Stock)
        (equal
            (WhenFn ?Downtick) ?Time1)
        (instance ?U UnitOfCurrency)
        (price ?Stock
            (MeasureFn ?Price1 ?U) ?Time1))
    (exists (?Transaction ?Time2 ?Price2)
        (and
            (instance ?Transaction StockMarketTransaction)
            (patient ?Transaction ?Stock)
            (equal
                (WhenFn ?Transaction) ?Time2)
            (meetsTemporally ?Time2 ?Time1)
            (price ?Stock
                (MeasureFn ?Price2 ?U) ?Time2)
            (greaterThan ?Price2 ?Price1))))		 FinancialOntology.kif 3291-3307 If X is an instance of downtick, Y is a patient of X, equal the time of existence of X and Z, W is an instance of unit of currency, and Y is price V W(s) for Z, then there exist U, T and S such that U is an instance of stock market transaction and Y is a patient of U and equal the time of existence of U and T and T meets Z and Y is price S W(s) for T and S is greater than V

consequent
-------------------------


(=>
    (and
        (instance ?SALE BargainSale)
        (patient ?SALE ?OBJ)
        (instance ?OBJ Object))
    (exists (?PRICE1 ?PRICE2 ?AGENT1 ?AGENT2 ?U)
        (and
            (instance ?U UnitOfCurrency)
            (holdsDuring
                (ImmediatePastFn
                    (WhenFn ?SALE))
                (price ?OBJ
                    (MeasureFn ?PRICE1 ?U) ?AGENT1))
            (holdsDuring
                (WhenFn ?SALE)
                (price ?OBJ
                    (MeasureFn ?PRICE2 ?U) ?AGENT2))
            (lessThan ?PRICE2 ?PRICE1))))		 Mid-level-ontology.kif 9169-9183 If X is an instance of bargain sale, Y is a patient of X, and Y is an instance of object, then there exist Z, W,, , V,, , U and T such that T is an instance of unit of currency and Y is price Z T(s) for V holds during immediately before the time of existence of X and Y is price W T(s) for U holds during the time of existence of X and W is less than Z
(=>
    (and
        (instance ?Uptick Uptick)
        (patient ?Uptick ?Stock)
        (equal
            (WhenFn ?Uptick) ?Time1)
        (instance ?U UnitOfCurrency)
        (price ?Stock
            (MeasureFn ?Price1 ?U) ?Time1))
    (exists (?Transaction ?Time2 ?Price2)
        (and
            (instance ?Transaction StockMarketTransaction)
            (patient ?Transaction ?Stock)
            (equal
                (WhenFn ?Transaction) ?Time2)
            (meetsTemporally ?Time2 ?Time1)
            (price ?Stock
                (MeasureFn ?Price2 ?U) ?Time2)
            (lessThan ?Price2 ?Price1))))		 FinancialOntology.kif 3269-3285 If X is an instance of uptick, Y is a patient of X, equal the time of existence of X and Z, W is an instance of unit of currency, and Y is price V W(s) for Z, then there exist U, T and S such that U is an instance of stock market transaction and Y is a patient of U and equal the time of existence of U and T and T meets Z and Y is price S W(s) for T and S is less than V
(=>
    (and
        (instance ?Downtick Downtick)
        (patient ?Downtick ?Stock)
        (equal
            (WhenFn ?Downtick) ?Time1)
        (instance ?U UnitOfCurrency)
        (price ?Stock
            (MeasureFn ?Price1 ?U) ?Time1))
    (exists (?Transaction ?Time2 ?Price2)
        (and
            (instance ?Transaction StockMarketTransaction)
            (patient ?Transaction ?Stock)
            (equal
                (WhenFn ?Transaction) ?Time2)
            (meetsTemporally ?Time2 ?Time1)
            (price ?Stock
                (MeasureFn ?Price2 ?U) ?Time2)
            (greaterThan ?Price2 ?Price1))))		 FinancialOntology.kif 3291-3307 If X is an instance of downtick, Y is a patient of X, equal the time of existence of X and Z, W is an instance of unit of currency, and Y is price V W(s) for Z, then there exist U, T and S such that U is an instance of stock market transaction and Y is a patient of U and equal the time of existence of U and T and T meets Z and Y is price S W(s) for T and S is greater than V
(=>
    (and
        (freeRoomAmenity ?ROOM ?OBJ)
        (subclass ?OBJ Object)
        (instance ?R ?ROOM)
        (stays ?GUEST ?R)
        (element ?R
            (PropertyFn ?HOTEL))
        (instance ?O ?OBJ)
        (located ?O ?R)
        (instance ?P Process)
        (agent ?P ?GUEST)
        (or
            (patient ?P ?O)
            (instrument ?P ?O)
            (resource ?P ?O)))
    (price ?O
        (MeasureFn 0 UnitedStatesDollar) ?GUEST))		 Hotel.kif 346-361 If All of the following hold: (1) use of X is free for Y (2) X is a subclass of object (3) Z is an instance of Y (4) W stays at Z (5) Z is an element of belongings of V (6) U is an instance of X (7) U is located at Z (8) T is an instance of process (9) W is an agent of T (10) At least one of the following holds: (1) U is a patient of T (2) U is an instrument for T (3) U is a resource for T, then U is price 0 united states dollar(s) for W
(=>
    (and
        (freeRoomAmenity ?ROOM ?PROC)
        (subclass ?PROC Process)
        (instance ?R ?ROOM)
        (stays ?GUEST ?R)
        (element ?R
            (PropertyFn ?HOTEL))
        (patient ?P ?GUEST)
        (or
            (instance ?P ?PROC)
            (and
                (instance ?S ?PROC)
                (subProcess ?P ?S)))
        (located ?P ?R))
    (price ?P
        (MeasureFn 0.0 UnitedStatesDollar) ?GUEST))		 Hotel.kif 364-378 If All of the following hold: (1) use of X is free for Y (2) X is a subclass of process (3) Z is an instance of Y (4) W stays at Z (5) Z is an element of belongings of V (6) W is a patient of U (7) U is an instance of X or T is an instance of X and U is a subprocess of T (8) U is located at Z, then U is price 0.0 united states dollar(s) for W
(=>
    (and
        (paidRoomAmenity ?ROOM ?OBJ)
        (subclass ?OBJ Object)
        (instance ?R ?ROOM)
        (stays ?GUEST ?R)
        (element ?R
            (PropertyFn ?HOTEL))
        (instance ?O ?OBJ)
        (located ?O ?R)
        (instance ?P Process)
        (agent ?P ?GUEST)
        (or
            (located ?P ?R)
            (patient ?P ?O)
            (instrument ?P ?O)
            (resource ?P ?O)))
    (exists (?PRICE ?U)
        (and
            (price ?O
                (MeasureFn ?PRICE ?U) ?GUEST)
            (instance ?U UnitOfCurrency)
            (greaterThan ?PRICE 0))))		 Hotel.kif 396-417 If All of the following hold: (1) renters of X can pay to use Y (2) Y is a subclass of object (3) Z is an instance of X (4) W stays at Z (5) Z is an element of belongings of V (6) U is an instance of Y (7) U is located at Z (8) T is an instance of process (9) W is an agent of T (10) At least one of the following holds: (1) T is located at Z (2) U is a patient of T (3) U is an instrument for T (4) U is a resource for T, then there exist S and R such that U is price S R(s) for W and R is an instance of unit of currency and S is greater than 0
(=>
    (and
        (paidRoomAmenity ?ROOM ?PROC)
        (subclass ?PROC Process)
        (instance ?R ?ROOM)
        (stays ?GUEST ?R)
        (element ?R
            (PropertyFn ?HOTEL))
        (patient ?P ?GUEST)
        (or
            (instance ?P ?PROC)
            (and
                (instance ?S ?PROC)
                (subProcess ?P ?S)))
        (located ?P ?R))
    (exists (?PRICE ?U)
        (and
            (price ?P
                (MeasureFn ?PRICE ?U) ?GUEST)
            (instance ?U UnitOfCurrency)
            (greaterThan ?PRICE 0))))		 Hotel.kif 419-438 If All of the following hold: (1) renters of X can pay to use Y (2) Y is a subclass of process (3) Z is an instance of X (4) W stays at Z (5) Z is an element of belongings of V (6) W is a patient of U (7) U is an instance of Y or T is an instance of Y and U is a subprocess of T (8) U is located at Z, then there exist S and R such that U is price S R(s) for W and R is an instance of unit of currency and S is greater than 0
(=>
    (and
        (freePropertyAmenity ?AGENT ?PHYS)
        (instance ?X ?PHYS)
        (customer ?CUST ?AGENT)
        (or
            (and
                (instance ?X Process)
                (or
                    (agent ?X ?CUST)
                    (experiencer ?X ?CUST)))
            (and
                (possesses ?AGENT ?X)
                (instance ?X Object)
                (uses ?X ?CUST))))
    (price ?X
        (MeasureFn 0 UnitedStatesDollar) ?AGENT))		 Hotel.kif 548-563 If use of X is free for Y, Z is an instance of X, Y is a customer of W, and Z is an instance of process and W is an agent of Z or W experiences Z or Y possesses Z, Z is an instance of object, and W uses Z, then Z is price 0 united states dollar(s) for Y
(=>
    (and
        (paidPropertyAmenity ?AGENT ?PHYS)
        (instance ?X ?PHYS)
        (customer ?CUST ?AGENT)
        (or
            (and
                (instance ?X Process)
                (or
                    (agent ?X ?CUST)
                    (experiencer ?X ?CUST)))
            (and
                (possesses ?AGENT ?X)
                (instance ?X Object)
                (uses ?X ?CUST))))
    (exists (?PRICE ?U)
        (and
            (price ?X
                (MeasureFn ?PRICE ?U) ?AGENT)
            (instance ?U UnitOfCurrency)
            (greaterThan ?PRICE 0))))		 Hotel.kif 573-593 If renters of X can pay to use Y, Z is an instance of Y, X is a customer of W, and Z is an instance of process and W is an agent of Z or W experiences Z or X possesses Z, Z is an instance of object, and W uses Z, then there exist V and U such that Z is price V U(s) for X and U is an instance of unit of currency and V is greater than 0
(=>
    (and
        (freeFunctionRoomAmenity ?FR ?PHYS)
        (instance ?RM ?FR)
        (element ?RM
            (PropertyFn ?AGENT))
        (instance ?R Renting)
        (patient ?R ?RM)
        (destination ?R ?CUST)
        (instance ?X ?PHYS)
        (possesses ?AGENT ?X)
        (customer ?CUST ?AGENT)
        (or
            (and
                (instance ?X Process)
                (or
                    (agent ?X ?CUST)
                    (experiencer ?X ?CUST)))
            (and
                (possesses ?AGENT ?X)
                (instance ?X Object)
                (uses ?X ?CUST))))
    (price ?X
        (MeasureFn 0 UnitedStatesDollar) ?AGENT))		 Hotel.kif 847-868 If All of the following hold: (1) X is free for customers renting Y (2) Z is an instance of Y (3) Z is an element of belongings of W (4) V is an instance of renting (5) Z is a patient of V (6) V ends up at U (7) T is an instance of X (8) W possesses T (9) W is a customer of U (10) T is an instance of process and U is an agent of T or U experiences T or W possesses T, T is an instance of object, and U uses T, then T is price 0 united states dollar(s) for W
(=>
    (and
        (paidFunctionRoomAmenity ?FR ?PHYS)
        (instance ?RM ?FR)
        (element ?RM
            (PropertyFn ?AGENT))
        (instance ?R Renting)
        (patient ?R ?RM)
        (destination ?R ?CUST)
        (instance ?X ?PHYS)
        (possesses ?AGENT ?X)
        (customer ?CUST ?AGENT)
        (or
            (and
                (instance ?X Process)
                (or
                    (agent ?X ?CUST)
                    (experiencer ?X ?CUST)))
            (and
                (possesses ?AGENT ?X)
                (instance ?X Object)
                (uses ?X ?CUST))))
    (exists (?PRICE ?U)
        (and
            (price ?X
                (MeasureFn ?PRICE ?U) ?AGENT)
            (instance ?U UnitOfCurrency)
            (greaterThan ?PRICE 0))))		 Hotel.kif 879-905 If All of the following hold: (1) renters of X can pay to use Y (2) Z is an instance of X (3) Z is an element of belongings of W (4) V is an instance of renting (5) Z is a patient of V (6) V ends up at U (7) T is an instance of Y (8) W possesses T (9) W is a customer of U (10) T is an instance of process and U is an agent of T or U experiences T or W possesses T, T is an instance of object, and U uses T, then there exist S and R such that T is price S R(s) for W and R is an instance of unit of currency and S is greater than 0
(=>
    (roomAmenity ?X HotelMiniBar)
    (exists (?ROOM ?BAR ?HOTEL)
        (and
            (instance ?ROOM ?X)
            (element ?ROOM
                (PropertyFn ?HOTEL))
            (instance ?BAR HotelMiniBar)
            (located ?BAR ?ROOM)
            (forall (?ITEM)
                (=>
                    (member ?ITEM ?BAR)
                    (exists (?AMT)
                        (price ?ITEM ?AMT ?HOTEL)))))))		 Hotel.kif 1738-1750 If mini bar is an amenity in X, then there exist Y, Z, W such that Y is an instance of X, Y is an element of belongings of W, Z is an instance of mini bar, Z is located at Y, and V V is a member of Zthere exists U such that V is price U for W


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