What parameter calculate from the combined gas law equation
Final volume (V2)
Final pressure (P2)
Final temperature (T2)
Initial volume (V1)
Initial pressure (P1)
Initial temperature (T1)
Initial pressure (P1):
Atmosphere
Pascal
kilopascals
millimeters of Hg
mm. of water column
inches Hg
Inches of wt. column
Pound per sq. foot
Pound per sq. inch
Initial volume (V1):
liters
cube cm.
cube m.
cube inch
cubic feet
Initial temperature (P1):
deg. Kelvin
deg. Celsius
deg. Fahrenheit
Final pressure (P2):
Atmosphere
Pascal
kilopascals
millimeters of Hg
mm. of water column
inches Hg
Inches of wt. column
Pound per sq. foot
Pound per sq. inch
Final volume (V2):
liters
cube cm.
cube m.
cube inch
cubic feet
Final temperature (T1):
deg. Kelvin
deg. Celsius
deg. Fahrenheit
Result in:
liters
cube cm.
cube m.
cubic inches
cubic feet
Atmospheres
Pascals
kilopascals
millimeters of Hg
mm. of water column
Inches of Hg
Inches of wt. column
Pounds per sq. foot
Pounds per sq. inch
deg. Kelvin
deg. Celsius
deg. Fahrenheit
Calculate final volume
Combined gas law is a combination of Charles's law, Boyle's law, and Gay-Lussac's law. It states that the ratio between the pressure-volume product and the temperature of a gas remains constant:
,
where P1, V1, T1 - initial pressure, volume and temperature of gas, P2, V2, T2 - final pressure, volume and temperature of gas.