Question 33

Water moves from higher to lower concentrations.

The statement regarding water moving from higher to lower concentrations does not directly relate to the benefits of intermolecular hydrogen bonding in water. This process is a general characteristic of solute movement and does not specifically highlight the advantages provided by hydrogen bonding.

A) Water has a relatively high specific heat capacity.

This option correctly reflects a benefit of hydrogen bonding, as the strong interactions between water molecules require more energy to change temperature, thus giving water a high specific heat capacity. This property is vital for maintaining stable temperatures in natural environments.

B) Water has strong cohesive and adhesive properties.

This statement is also correct since hydrogen bonding contributes to water's strong cohesive forces, allowing it to stick to itself, and adhesive forces, allowing it to adhere to other substances. These properties are crucial for various biological and ecological processes.

C) Polarity of water allows it to act as a versatile solvent.

This option accurately describes another benefit of hydrogen bonding. The polar nature of water molecules, facilitated by hydrogen bonds, enables water to dissolve a wide range of substances, making it an excellent solvent for many biochemical reactions.

D) Water moves from higher to lower concentrations.

This statement does not represent a benefit of hydrogen bonding. Rather, it describes a physical process relating to diffusion, which is not directly influenced by the properties of hydrogen bonding in water.

Conclusion

The correct answer is option D, as it does not highlight a benefit associated with intermolecular hydrogen bonding in water. In contrast, options A, B, and C all illustrate significant advantages derived from hydrogen bonding, reinforcing its role in water's unique properties and its importance in biological systems.