Questions: Review Question
Quiz Sumr
QUESTION 43 OF 50
43. QUESTION
Which of the following statements is true about hydrogen bonds?
They result from the attraction between ions that have no charge
They are considered strong attractive forces
They form between a partial positively charged region on one molecule and the partial negatively charged region on another molecule
They don't affect the properties of water in any way
Next
Transcript text: Review Question
Quiz Sumr
QUESTION 43 OF 50
43. QUESTION
Which of the following statements is true about hydrogen bonds?
They result from the attraction between ions that have no charge
They are considered strong attractive forces
They form between a partial positively charged region on one molecule and the partial negatively charged region on another molecule
They don't affect the properties of water in any way
Next
Solution
Solution Steps
Step 1: Analyze the options
Option 1: "They result from the attraction between ions that have no charge." Ions, by definition, have a charge (either positive or negative). This statement is contradictory and therefore incorrect.
Option 2: "They are considered strong attractive forces." While hydrogen bonds are important, they are relatively weak compared to covalent or ionic bonds. This statement is incorrect.
Option 3: "They form between a partial positively charged region on one molecule and the partial negatively charged region on another molecule." This accurately describes hydrogen bond formation. A hydrogen atom bonded to a highly electronegative atom (like oxygen or nitrogen) carries a partial positive charge and is attracted to the partial negative charge on another electronegative atom.
Option 4: "They don't affect the properties of water in any way." Hydrogen bonds are crucial for many of water's unique properties, such as its high boiling point, surface tension, and ability to act as a solvent. This statement is incorrect.
Final Answer
They form between a partial positively charged region on one molecule and the partial negatively charged region on another molecule.