About: dbkwik:resource/A73VHhKJDqA9apJf4ClmDA==

Property	Value
rdfs:label	Ideal gas law
rdfs:comment	The state of an amount of gas is determined by its pressure, volume, and temperature. The modern form of the equation relates these simply in two main forms. The temperature used in the equation of state is an absolute temperature: in the SI system of units, kelvins; in the Imperial system, degrees Rankine.
owl:sameAs	dbr:Ideal_gas_law
dcterms:subject	dbkwik:resource/OheYSAdZB1bg07C5mz0KbA== dbkwik:resource/fn03mpNupWjIfS5JTMQhsw==
dbkwik:speedydeletion/property/wikiPageUsesTemplate	dbkwik:resource/-7lQxnxtjI8aTDj7Lzqjug== dbkwik:resource/C-VNuM-zJlhDbG4zoD9TXA== dbkwik:resource/S07ri46LYvpShMg8tEsmHw== dbkwik:resource/i8TWZjv3noDupN13BI-Ycg== dbkwik:resource/cb-VP8ANv9RmCrYyiDzoUA== dbkwik:resource/G4qIUW8wKFQ2UnLJXakg9Q== dbkwik:resource/ehEb22dLwKZbz_xK2oEn5g== dbkwik:resource/5UTunoL59C4aEb9G5yd8Xw== dbkwik:resource/zdK5BJ62eJdDSVh_cOoRWQ== dbkwik:resource/CYnC4-ulXnmL9sYEzr6NeQ== dbkwik:resource/phW45Tdwk87zaW8sF3Fmfw==
abstract	The state of an amount of gas is determined by its pressure, volume, and temperature. The modern form of the equation relates these simply in two main forms. The temperature used in the equation of state is an absolute temperature: in the SI system of units, kelvins; in the Imperial system, degrees Rankine.