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For an ideal solution,Delta(mix)V is ………...

For an ideal solution,`Delta_(mix)V` is ……….and `Delta_(mix)H` is ………. .

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For a non-ideal solution, Delta_(mix)V and Delta_(mix)H are zero.

For a non-ideal solution, Delta_(mix)V and Delta_(mix)H are zero.

For a non-ideal solution, Delta_(mix)V and Delta_(mix)H are zero.

A solution of A and B shows positive deviation from Raoult's law, which of the following statement is true for the solution I. Delta V_("mix") gt 0 II Delta G_("mix") lt 0 III. Delta H_("mix") gt 0 IV Delta S_("mix") gt 0

Assertion:In an ideal solution , Delta_"mix"H is zero Reason :In an ideal solution , A-B interactions are lower than A-A and B-B interactions.

Assertion:In an ideal solution , Delta_"mix"H is zero Reason :In an ideal solution , A-B interactions are lower than A-A and B-B interactions.

Which of the following is correct for an ideal solution? a) /_\H_("mix")=0" and"/_\V_("mix)=0 b) /_\V_("mix")=0" and"/_\S_("mix)gt0 c) /_\H_("mix")gt0" and"/_\S_("mix)gt0 d) /_\G_("mix")lt0" and"/_\S_("mix)gt0