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! colspan="7" align="center" style="background:#cccccc;"| Specific heat ratio of various gases<ref>{{cite book|author=Frank M. White|title=Fluid Mechanic The '''specific heat ratio''' of a [[gas]] is the ratio of the [[specific heat]] at constant [[pressur

! colspan="7" align="center" style="background:#cccccc;"| Specific heat ratio of various gases<ref>{{cite book|author=Frank M. White|title=Fluid Mechanic The '''specific heat ratio''' of a [[gas]] is the ratio of the [[specific heat]] at constant [[pressur

where <math>k</math> is the [[specific heat ratio]] of the discharged gas (sometimes called the [[isentropic expansion factor |align=left|= <math>c_p/c_v</math> = [[specific heat ratio]] of the gas

| ''' Gas [[specific heat ratio]], c_p/c_v''' || 1.32 at 25 °C and 1 atm

where <math>k</math> is the [[specific heat ratio]] of the discharged gas (sometimes called the [[isentropic expansion factor |align=left|= <math>c_p/c_v</math> = specific heat ratio of the gas

where <math>k</math> is the [[specific heat ratio]] of the discharged gas (sometimes called the [[isentropic expansion factor |align=left|= <math>c_p/c_v</math> = specific heat ratio of the gas

{{r|Specific heat ratio}}

...</font>, which is an unfortunate choice since gamma is also used for the [[specific heat ratio]].

:&nbsp;'''''k''''' = '''''c_p'''''/'''''c_v''''' = [[Specific heat ratio|isentropic expansion factor]]

|align=left|= the [[specific heat ratio]] of the gas

* [[User:Milton Beychok|Milt]] was late, but bravely [[specific heat ratio|took the heat]] for it!