Joule-Thomson coefficient is zero at:

critical temperature

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inversion temperature

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absolute temperature

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Boyle's temperature

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Solution

The correct option is B inversion temperature
Solution:- (B) inversion temperature
At inversion temperature gases show neither cooling nor heating on subjecting to joule-Thomson effect. Hence the Joul-Thomson coefficient is zero at inversion temperature.

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Similar questions

T > T_{i}

	Column I		Column II
a.	Joule- thomson coefficient	p.	${(\begin{matrix} \frac{\partial U}{\partial V} \end{matrix})}_{T} = 0$
b.	Kirchhoff`s equation	q.	$(\begin{matrix} \frac{2 a}{R T} - b \end{matrix})$
c.	Ideal gas	r.	${(\begin{matrix} \frac{\partial Δ H}{\partial T} \end{matrix})}_{P} = Δ C_{P}$
d.	Inversion temperature	s.	${(\begin{matrix} \frac{\partial T}{\partial P} \end{matrix})}_{H} = \frac{- (\partial H / \partial P)_{T}}{C_{P}}$

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