Consider the following statements:(1) Joule-T | vedclass

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(D) Statement $(1)$ is correct: The Joule-Thomson process occurs under adiabatic conditions $(q = 0)$ and is isoenthalpic $(dH = 0)$.Statement $(2)$ i

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$1$,$2$ and $3$

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(D) Statement $(1)$ is correct: The Joule-Thomson process occurs under adiabatic conditions $(q = 0)$ and is isoenthalpic $(dH = 0)$.Statement $(2)$ is correct: The Joule-Thomson coefficient is defined as $\mu_{JT} = (\partial T / \partial P)_H$. If $\mu_{JT} Statement $(3)$ is correct: The inversion temperature $(T_i)$ is the temperature at which the Joule-Thomson coefficient $\mu_{JT}$ is zero,meaning no temperature change occurs upon expansion.Therefore,all three statements are correct.

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