Question: In a previous example we found that the joule thompson coefficient for a gas entering a throttling valve: How do I show that if the

In a previous example we found that the joule thompson coefficient for a gas entering a throttling valve:

In a previous example we found that the joule thompson coefficient for

a gas entering a throttling valve: How do I show that if

How do I show that if the gas entering the throttling valve is ideal, = 0, which means that the temperature of the exiting gas will be the same as the temperature of the entering gas?

Also:

Reduce the following partial derivatives to functions of CP, and kT .

(s/ P)v

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