Match the thermodynamic processes given under Column I with the...

A - ${H}_{2}O ( l ) \to {H}_{2}O ( s )$ at 273 K. & 1 atm
$∆ H = - ve = q$
$∆ {S}_{sys} < 0, ∆ G = 0$
$w \ne 0$ (as water expands on freezing), $∆ U \ne 0$
B - Free expansion of ideal gas.
q = 0
w = 0
$∆ U = 0$
$∆ {S}_{sys} > 0$
$∆ G < 0$
C - Mixing of equal volume of ideal gases at constant pressure & temp in an isolated container
q = 0, w = 0, $∆ U = 0$ , $∆ {S}_{sys} > 0$ , $∆ G < 0$
D - $$\begin{array}{ll}{H}_{2}\left(g\right)300K & Reversible \\ ⟶ \\ Heating, 1atm\end{array}$$600K $$\begin{array}{ll}Reversible \\ ⟶ \\ Cooling, 1atm\end{array}$$ 300K$<br />$q = 0, w = 0, ∆ U = 0$,$∆ G = 0$,$∆ {S}_{sys} = 0$