PV=nRT to PQ=ṁRT where Q - volumetric flow rate?

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The discussion revolves around converting the ideal gas law equation PV=nRT to the form PQ=ṁRT, where Q represents volumetric flow rate and ṁ denotes mass flow rate. Participants are seeking clarification on how to express Q and ṁ in this context. The conversation also touches on the geometry of gas flow, questioning whether it pertains to flow in a pipe or another configuration. The teacher has indicated that this transformation is indeed possible. Understanding the relationship between volumetric flow rate and mass flow rate is crucial for this conversion.
Jack359
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Homework Statement


Hello, I have really hard time to express the gas law PV=nRT to PQ=ṁRT where Q is volumetric flow rate and ṁ- mass flow rate.
Is it possible ?
Teacher told me, it is ...

Homework Equations

The Attempt at a Solution

 
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So what are the relevant equations? How can you express ##Q## and ##\dot{m}##?

What have you tried?
 
Jack359 said:

Homework Statement


Hello, I have really hard time to express the gas law PV=nRT to PQ=ṁRT where Q is volumetric flow rate and ṁ- mass flow rate.
Is it possible ?
Teacher told me, it is ...



Is it gas flow in a pipe, or is it some other geometry?

Chet
 

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