Calculate the Increase in Boiling Point of a Solution Made

question 9

Multiple Choice

Calculate the increase in boiling point of a solution made by dissolving 40.0 g of glucose,C₆H₁₂O₆,in 250.0 g of water.K_b for water is 0.52°C/m.

• A)0.12°C
• B)0.46°C
• C)0.59°C
• D)1.7°C
• E)83.2°C

---

Definitions:

Logistic Equation

A mathematical model used to describe the growth of populations under limiting conditions, showing a sigmoid curve.

Aggregated Distribution

A pattern of population distribution where individuals are clustered together in groups.

Random Dispersion

The spatial distribution pattern of a population in which the presence of one individual has no effect on the distribution of other individuals. Compare with clumped dispersion and uniform dispersion.

Clumped Dispersion

A pattern of population distribution in which individuals are aggregated in patches, often due to environmental factors or social interactions, enhancing survival.