# How does the boiling point of a solution evolve with INCREASED number of particles in solution? How would the boiling point increase given 0.1*mol*L^1 concentrations of NaCl, and BaCl_2 in a water solvent?

The boiling point of a solution........RISES according to the number of species in the solution. Both glucose, and urea are molecular. On the other hand, the $\text{barium chloride}$, and $\text{sodium chloride}$ solution will EACH be $0.1 \cdot m o l \cdot {L}^{-} 1$ with respect to $N a C l$ and $B a C {l}_{2}$.
The barium chloride will be $0.1 \cdot m o l \cdot {L}^{-} 1$ with respect to $B {a}^{2 +}$, but $0.2 \cdot m o l \cdot {L}^{-} 1$ with respect to $C {l}^{-}$. Since the barium chloride solution contains the GREATEST NUMBER of solute particles, we would predict that this solution should exhibit the highest boiling point.