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(A) For an ideal solution, the following conditions must be satisfied:$1$. $\Delta_{mix} H = 0$: There is no heat absorbed or evolved during the mixin

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$A, B, C, D$

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(A) For an ideal solution, the following conditions must be satisfied:$1$. $\Delta_{mix} H = 0$: There is no heat absorbed or evolved during the mixing process.$2$. $\Delta_{mix} V = 0$: The total volume of the solution is equal to the sum of the volumes of the individual components.$3$. $\Delta_{mix} S > 0$: The entropy of mixing is positive because the mixing process increases the randomness of the system.$4$. $\Delta_{mix} G Since all four conditions $(A, B, C, D)$ are correct for an ideal solution, the correct option is $(A)$.

Two compounds form an ideal solution at room temperature. Which of the following are correct for this ideal solution?
$(A)$ $\Delta G_{mix} < 0$
$(B)$ $\Delta S_{mix} > 0$
$(C)$ $\Delta V_{mix} = 0$
$(D)$ $\Delta_{mix} H = 0$

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Two compounds form an ideal solution at room temperature. Which of the following are correct for this ideal solution?$(A)$ $\Delta G_{mix} < 0$$(B)$ $\Delta S_{mix} > 0$$(C)$ $\Delta V_{mix} = 0$$(D)$ $\Delta_{mix} H = 0$