How do solute particles increase boiling point?

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The boiling point elevation of a solution is directly related to the number of solute particles present. In the given options, D (2.0 m CaCl2) has the highest boiling point due to its dissociation into three ions (Ca²⁺ and 2 Cl⁻) per formula unit, resulting in more solute particles compared to the others. The logic that more solute particles lead to a higher boiling point is correct. This principle is based on colligative properties, which state that the boiling point increases with the concentration of solute particles. Understanding this concept is essential for predicting boiling point changes in solutions.
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Please post this type of questions in the HW section using the template.
The question is:

Which solution listed below is going to have the highest boiling point?

A. 1.5 m NaCl
B. 1.5 m AgCl
C. 2.0 m C6H12O6
D. 2.0 m CaCl2
E. 1.0 m Al2(SO4)3

I chose D (which was right) because in a solution, the more solute particles there is the higher the boiling point (this is what I learnt). Could someone tell me if this is the correct logic?

Thanks!
 
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