BIO NMDCAT Biological Importance of Water
nmdcat.online June 27, 2026

In an aqueous solution, the formation of a clathrate cage around a non-polar molecule is a thermodynamically unfavorable process because it

A. Increases the temperature of the surrounding water
B. Decreases the entropy of the surrounding water molecules
C. Strengthens the hydrogen bonds in the bulk solution
D. Prevents the ionization of the water molecule

📝 Explanation

Water molecules form highly ordered, cage-like structures (clathrates) around non-polar solutes to maintain hydrogen bonding. This organization represents a local decrease in entropy (ΔS < 0), which is thermodynamically unfavorable and drives the hydrophobic effect.

📖 Additional Information

  • Increases the temperature of the surrounding water
  • Decreases the entropy of the surrounding water molecules
  • Strengthens the hydrogen bonds in the bulk solution
  • Prevents the ionization of the water molecule

Water molecules form highly ordered, cage-like structures (clathrates) around non-polar solutes to maintain hydrogen bonding. This organization represents a local decrease in entropy (ΔS < 0), which is thermodynamically unfavorable and drives the hydrophobic effect.

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