Question 36

Water moves from higher to lower concentrations.

This statement does not represent a benefit of intermolecular hydrogen bonding in water. Instead, it describes a fundamental process of diffusion, which occurs independently of the hydrogen bonding properties of water.

A) Water has a relatively high specific heat value.

This option is correct as it reflects a benefit of hydrogen bonding. The strong hydrogen bonds between water molecules require significant energy to break, resulting in water's high specific heat, which helps regulate temperature in natural environments.

B) Water has strong cohesive and adhesive properties.

This statement is accurate due to hydrogen bonding. The cohesive forces allow water molecules to stick to each other, while adhesive forces enable water to adhere to different surfaces, both of which are vital for processes like capillary action.

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

This is also a valid benefit of hydrogen bonding. The polarity of water molecules, enhanced by their hydrogen bonds, allows it to dissolve a wide variety of substances, earning it the title of "universal solvent."

D) Water moves from higher to lower concentrations.

This option does not relate to the benefits of hydrogen bonding. Rather, it describes a passive transport mechanism (diffusion) that does not depend on the unique properties of water resulting from hydrogen bonding.

Conclusion

Option D is not a benefit of intermolecular hydrogen bonding in water, as it merely illustrates a physical phenomenon. In contrast, Options A, B, and C all highlight the significant advantages provided by hydrogen bonding, such as high specific heat, cohesive and adhesive properties, and versatility as a solvent. Hence, D is the only option that does not apply to the context of hydrogen bonding benefits.