Question

The ideal gas equation for a gas of mass m and molecular mass M is​

Answer 1

Explanation:

Molar Mass of Gas

We can derive a form of the Ideal Gas Equation, PV=nRT, that incorporates the molar mass of the gas (M, g∗mol−1 g ∗ m o l − 1 ).

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Answer 2

The ideal gas equation for gas of mass m and molecular mass M is​-

PV = nRT = (m/M)RT.

• Ideal gas is said to be a hypothetical gas whose molecules do not interact with any other molecules and do not occupy space as a result these molecules follow the gas law.
• Ideal gas law mathematical expression is written as:

        PV = nRT

        here, P is the pressure on the ideal gas

        n is the number of moles of gas

        V is the volume occupied by the gas

        R is the gas constant

        T is the temperature.

• In terms of the mass of gas, m, and its molecular mass M, the ideal gas law equation is :

                                         PxV = (m/M)xRxT

                                          PV = mRT / M

         ∵ Number of moles of gas, n = mass of gas / molecular mass