to calculate the freezing point of an ideal dilute solution of a single,nondisso

Question

to calculate the freezing point of an ideal dilute solution of a single,nondissociating solute of a solvent,the minimum information one must have is: A. The molality ( of the solute) and the freezing point depression constant of the solvent. B. The same quantities as in b plus the freezing point of the pure solvent. C. All of the quantities in c plus the weight of the solvent. D. The molality ( of the solute).E. All of the quantities in c plus the molecular weight in the solute. to calculate the freezing point of an ideal dilute solution of a single,nondissociating solute of a solvent,the minimum information one must have is: A. The molality ( of the solute) and the freezing point depression constant of the solvent. B. The same quantities as in b plus the freezing point of the pure solvent. C. All of the quantities in c plus the weight of the solvent. D. The molality ( of the solute).E. All of the quantities in c plus the molecular weight in the solute. to calculate the freezing point of an ideal dilute solution of a single,nondissociating solute of a solvent,the minimum information one must have is: A. The molality ( of the solute) and the freezing point depression constant of the solvent. B. The same quantities as in b plus the freezing point of the pure solvent. C. All of the quantities in c plus the weight of the solvent. D. The molality ( of the solute).E. All of the quantities in c plus the molecular weight in the solute.

Explanation / Answer

question : to calculate the freezing point of an ideal dilute solution of a single,nondissociating solute of a solvent,the minimum information one must have is:

A. The molality ( of the solute) and the freezing point depression constant of the solvent.

B. The same quantities as in b plus the freezing point of the pure solvent.-------------answer

C. All of the quantities in c plus the weight of the solvent.

D. The molality ( of the solute).

E. All of the quantities in c plus the molecular weight in the solute.

Freezing-point depression is the procedure in which adding a solute to a dissolvable reductions the point of solidification of the dissolvable. Cases incorporate salt in water, liquor in water, or the blending of two solids, for example, pollutions in a finely powdered medication. In the last case, the additional compound is the solute, and the first strong is considered as the dissolvable. The subsequent arrangement or strong blend has a lower the point of solidification than the unadulterated dissolvable or strong

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