An ideal gas equation can be written as P = f | vedclass

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(D) The ideal gas equation is given by $PV = \mu RT$.Here,$\mu$ is the number of moles,which is defined as $\mu = \frac{M}{M_{0}}$,where $M$ is the to

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Mass density,molar mass

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(D) The ideal gas equation is given by $PV = \mu RT$.Here,$\mu$ is the number of moles,which is defined as $\mu = \frac{M}{M_{0}}$,where $M$ is the total mass of the gas and $M_{0}$ is the molar mass.Substituting this into the ideal gas equation,we get $PV = \left(\frac{M}{M_{0}}\right) RT$.Rearranging the terms,we get $P = \left(\frac{M}{V}\right) \frac{RT}{M_{0}}$.Since mass density $\rho$ is defined as $\rho = \frac{M}{V}$,we can substitute it into the equation to get $P = \frac{\rho RT}{M_{0}}$.Thus,$\rho$ represents the mass density and $M_{0}$ represents the molar mass.

An ideal gas equation can be written as $P = \frac{\rho R T}{M_{0}}$,where $\rho$ and $M_{0}$ are respectively,

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