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Charles' law
Charles' law (ˈtʃɑːlzɪz) n (General Physics) the principle that all gases expand equally for the same rise of temperature if they are held at constant pressure: also that the pressures of all gases increase equally for the same rise of temperature if they are held at constant volume. The law is now known to be only true for ideal gases. Also called: Gay-Lussac's law [C18: named after Jacques A. C. Charles (1746–1823), French physicist who first formulated it]Charles' law
Charles' law A thermodynamic law, also known as Gay-Lussac's law, which states that at constant pressure the volume of a fixed mass or quantity of gas varies directly with the absolute temperature. Conversely, at constant volume the gas pressure varies directly with the absolute temperature. Charles' law[′chärlz ‚lȯ] (physics) The law that at constant pressure the volume of a fixed mass or quantity of gas varies directly with the absolute temperature; a close approximation. Also known as Gay-Lussac's first law. Charles' law
Charles' law [sharlz] at a constant pressure the volume of a given mass of perfect gas varies directly with the absolute temperature.LegalSeelawThesaurusSeeCharles's law |