If the boiling point elevation constant and the boiling point of benzene are 2.16 K kg mol−1 and 81.0∘ C respectively, calculate the boiling point of a solution formed when 5 g of C14H12 is dissolved in 15 g of benzene.

If the boiling point elevation constant and the boiling point of benze

1.	If the boiling point elevation constant and the boiling point of benzene are 2.16 K kg mol−1 and 81.0∘ C respectively, calculate the boiling point of a solution formed when 5 g of C14H12 is dissolved in 15 g of benzene.
Answer» If the boiling point elevation constant and the boiling point of benzene are $2.16 {K kg mol}^{- 1}$ and ${81.0}^{\circ} C$ respectively, calculate the boiling point of a solution formed when $5 g$ of $C_{14} H_{12}$ is dissolved in $15 g$ of benzene.