Match the conditions and the temperature for the 'fusion' process of $H_2O_{(s)}$ at $1 \ atm$ pressure.
Condition Temperature $(1)$. Spontaneous $(p)$. $273 \ K$ $(2)$. At equilibrium $(q)$. $260 \ K$ $(3)$. Non-spontaneous $(r)$. $280 \ K$
| Condition | Temperature |
|---|---|
| $(1)$. Spontaneous | $(p)$. $273 \ K$ |
| $(2)$. At equilibrium | $(q)$. $260 \ K$ |
| $(3)$. Non-spontaneous | $(r)$. $280 \ K$ |
- A$1 \to r, \ 2 \to p, \ 3 \to q$
- B$1 \to q, \ 2 \to p, \ 3 \to r$
- C$1 \to r, \ 2 \to q, \ 3 \to p$
- D$1 \to p, \ 2 \to q, \ 3 \to r$
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