For the dissociation reaction of the acid HF: HF(aq) H + (aq)+ F - (aq) $\Delta$S is observed to be negative.The best explanation is:

The Answer of For the dissociation reaction of the acid HF: HF(aq) H + (aq)+ F - (aq) $\Delta$S is observed to be negative.The best explanation is:

For the dissociation reaction of the acid HF: HF(aq) H + (aq)+ F - (aq) $\Delta$S is observed to be negative.The best explanation is:

The Answer of For the dissociation reaction of the acid HF: HF(aq) H + (aq)+ F - (aq) $\Delta$S is observed to be negative.The best explanation is:

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For the Dissociation Reaction of the Acid HF: HF(aq) $\Delta$ S Is Observed to Be Negative

Question 63

Multiple Choice

For the dissociation reaction of the acid HF: HF(aq) $For the dissociation reaction of the acid HF: HF(aq) H<sup>+</sup>(aq) + F<sup>-</sup>(aq) \Delta S is observed to be negative.The best explanation is: A) This is the expected result since each HF molecule produces two ions when it dissociates. B) Hydration of the ions produces the negative value of \Delta S. C) The reaction is expected to be exothermic and thus \Delta S should be negative. D) The reaction is expected to be endothermic and thus \Delta S should be negative. E) None of these can explain the negative value of \Delta S.$ H⁺(aq) + F^-(aq)
$\Delta$ S is observed to be negative.The best explanation is:

A) This is the expected result since each HF molecule produces two ions when it dissociates.
B) Hydration of the ions produces the negative value of $\Delta$ S.
C) The reaction is expected to be exothermic and thus $\Delta$ S should be negative.
D) The reaction is expected to be endothermic and thus $\Delta$ S should be negative.
E) None of these can explain the negative value of $\Delta$ S.