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Sigma KEE - Oxygen

Oxygen(oxygen)

O, atomic_number_8, oxygen

appearance as argument number 1

(atomicNumber Oxygen 8)	Mid-level-ontology.kif 27671-27671	8 is an atomic number of oxygen
(boilingPoint Oxygen (MeasureFn 90.188 KelvinDegree))	Mid-level-ontology.kif 29480-29480	90.188 Kelvin degree(s) is a boiling point of oxygen
(documentation Oxygen EnglishLanguage "A colourless, odourless gaseous element belonging to group 16 of the periodic table. It is the most abundant element present in the earth's crust. It also makes up 20.8 percent of the Earth's atmosphere. For industrial purposes, it is separated from liquid air by fractional distillation. It is used in high temperature welding, and in breathing. It commonly comes in the form of Oxygen, but is found as Ozone in the upper atmosphere. It was discovered by Priestley in 1774.")	Mid-level-ontology.kif 27679-27686	90.188 Kelvin degree(s) is a boiling point of oxygen
(externalImage Oxygen "http://upload.wikimedia.org/wikipedia/commons/0/01/ O-TableImage.png")	pictureList.kif 1886-1886	90.188 Kelvin degree(s) is a boiling point of oxygen
(meltingPoint Oxygen (MeasureFn 54.75 KelvinDegree))	Mid-level-ontology.kif 29479-29479	54.75 Kelvin degree(s) is a melting point of oxygen
(molecularRatio Oxygen 1 NitricOxide)	Geography.kif 7214-7214	The number of molecules of oxygen in a molecule of nitric oxide is 1
(molecularRatio Oxygen 2 NitrogenDioxide)	Geography.kif 7239-7239	The number of molecules of oxygen in a molecule of nitrogen dioxide is 2
(molecularRatio Oxygen 2 SulphurDioxide)	Geography.kif 7179-7179	The number of molecules of oxygen in a molecule of sulphur dioxide is 2
(molecularRatio Oxygen 3 SodiumLactate)	Medicine.kif 5879-5879	The number of molecules of oxygen in a molecule of SodiumLactate is 3
(molecularRatio Oxygen 4 SulfuricAcid)	Cars.kif 2476-2476	The number of molecules of oxygen in a molecule of sulfuric acid is 4
(names Oxygen "Oxygen")	Mid-level-ontology.kif 27669-27669	"Oxygen" has name oxygen
(roomTempState Oxygen Gas)	Mid-level-ontology.kif 31723-31723	roomTempState oxygen and gas
(subclass Oxygen ElementalSubstance)	Mid-level-ontology.kif 27668-27668	Oxygen is a subclass of elemental substance

appearance as argument number 2

(conventionalShortName "O" Oxygen)	Mid-level-ontology.kif 27670-27670	Oxygen is a conventional short name of "O"
(termFormat ChineseLanguage Oxygen "氧")	domainEnglishFormat.kif 43868-43868	Oxygen is a conventional short name of "O"
(termFormat ChineseTraditionalLanguage Oxygen "氧")	domainEnglishFormat.kif 43867-43867	Oxygen is a conventional short name of "O"
(termFormat EnglishLanguage Oxygen "oxygen")	domainEnglishFormat.kif 43866-43866	Oxygen is a conventional short name of "O"

antecedent

(=> (and (instance ?ATOM Oxygen) (instance ?ATOM Atom)) (measure ?ATOM (MeasureFn 15.9994 Amu)))	Mid-level-ontology.kif 27673-27677	If a physical is an instance of oxygen and the physical is an instance of atom, then the measure of the physical is 15.9994 amu(s)
(=> (and (instance ?B Blood) (attribute ?B DeoxygenatedBlood) (concentration (MeasureFn ?N Milliliter) Oxygen (MeasureFn 100 Milliliter) ?B)) (approximateValue ?N 14))	Medicine.kif 5766-5773	If a mixture is an instance of blood and deoxygenated blood is an attribute of the mixture and the concentration of oxygen in the mixture is a real number Milliliter(s) per 100 Milliliter(s), then the approximate value of the real number is 14
(=> (and (instance ?B Blood) (attribute ?B OxygenatedBlood) (concentration (MeasureFn ?N Milliliter) Oxygen (MeasureFn 100 Milliliter) ?B)) (approximateValue ?N 20))	Medicine.kif 5743-5750	If a mixture is an instance of blood and oxygenated blood is an attribute of the mixture and the concentration of oxygen in the mixture is a real number Milliliter(s) per 100 Milliliter(s), then the approximate value of the real number is 20

consequent

(=> (and (instance ?CD CarbonDioxide) (instance ?CD Molecule)) (exists (?C ?O1 ?O2) (and (instance ?C Carbon) (instance ?O1 Oxygen) (instance ?O2 Oxygen) (instance ?C Atom) (instance ?O1 Atom) (instance ?O2 Atom) (part ?C ?CD) (part ?O1 ?CD) (part ?O2 ?CD) (not (equal ?O1 ?O2)))))	Food.kif 3414-3429	If an object is an instance of carbon dioxide and the object is an instance of molecule, then there exist another object, a third object and a fourth object such that the other object is an instance of carbon and the third object is an instance of oxygen and the fourth object is an instance of oxygen and the other object is an instance of atom and the third object is an instance of atom and the fourth object is an instance of atom and the other object is a part of the object and the third object is a part of the object and the fourth object is a part of the object and the third object is not equal to the fourth object
(=> (instance ?AIR Air) (exists (?PART) (and (instance ?PART Oxygen) (part ?PART ?AIR))))	Weather.kif 48-53	If an object is an instance of air, then there exists another object such that the other object is an instance of oxygen and the other object is a part of the object
(=> (instance ?C Combustion) (exists (?O) (and (instance ?O Oxygen) (resource ?C ?O))))	Cars.kif 20-25	If a process is an instance of burning, then there exists an object such that the object is an instance of oxygen and the object is a resource for the process
(=> (instance ?OS OxygenSensor) (hasPurpose ?OS (exists (?O ?M) (and (instance ?O Oxygen) (instance ?M Measuring) (patient ?M ?O) (instrument ?M ?OS)))))	Cars.kif 3325-3333	If a physical is an instance of oxygen sensor, then the physical has the purpose there exist an entity and another entity such that the entity is an instance of oxygen and the other entity is an instance of measuring and the entity is a patient of the other entity and the physical is an instrument for the other entity
(=> (instance ?WATER Water) (exists (?SYNTHESIS ?HYDROGEN ?OXYGEN) (and (instance ?SYNTHESIS ChemicalSynthesis) (resource ?SYNTHESIS ?HYDROGEN) (instance ?HYDROGEN Hydrogen) (resource ?SYNTHESIS ?OXYGEN) (instance ?OXYGEN Oxygen) (result ?SYNTHESIS ?WATER))))	Mid-level-ontology.kif 9000-9009	If an entity is an instance of water, then there exist a process, an object and another object such that the process is an instance of chemical synthesis and the object is a resource for the process and the object is an instance of hydrogen and the other object is a resource for the process and the other object is an instance of oxygen and the entity is a result of the process

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