The point can be made by first examining the ideal gas law and then, a result from the inappropriate application of the virial theorem.
The ideal gas law is usually expressed as PV = nRT, where P, V, n, R and T correspond to the pressure, the volume, the number of moles, the universal gas constant, and the absolute temperature, respectively.
Recognizing that R/M is also known as the specific gas constant, [R.sub.s], then the ideal gas law can simply be expressed as P = [[rho].sub.0][R.sub.s]T.
develop and apply the Ideal Gas Law, and Dalton's law of partial pressure;
* Molar mass of air and exhaled air using the Ideal Gas Law
As your front man at the pumps, I think that the next time you're cooking up a new
gas law, I should have some say in the matter.
The density of the gas used usually increases considerably (such that even ideal gas laws may not further be applicable).
For the ideal gas laws to apply, the following requirements must be met:
The 28 experiments include specific heats of substances, chromatography, reaction stoichiometry, gravimetric analysis of a chloride compound, the concentration of acetic acid in vinegar, colligative properties, and
gas laws. Appendices walk through the commands for using the MeasureNet workstation and Excel spreadsheets.