Answer the following about drawing the attractive force between a water molecule (H,O) and an ammonium ion (NH¼*). The strongest attraction between the two molecules is A. London's B. dipole-dipole O C. hydrogen bond O D. ion-dipole

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Chapter1: Chemical Foundations
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**Question:**

Answer the following about drawing the attractive force between a water molecule (H\(_2\)O) and an ammonium ion (NH\(_4^+\)). 

The strongest attraction between the two molecules is:

- A. London’s
- B. dipole-dipole
- C. hydrogen bond
- D. ion-dipole

**Explanation:**

This question addresses the type of intermolecular force that acts between a water molecule and an ammonium ion. The options provided include various types of intermolecular forces, each with different properties and strengths. Understanding these distinctions is essential for predicting molecular interactions and behavior in solutions.
Transcribed Image Text:**Question:** Answer the following about drawing the attractive force between a water molecule (H\(_2\)O) and an ammonium ion (NH\(_4^+\)). The strongest attraction between the two molecules is: - A. London’s - B. dipole-dipole - C. hydrogen bond - D. ion-dipole **Explanation:** This question addresses the type of intermolecular force that acts between a water molecule and an ammonium ion. The options provided include various types of intermolecular forces, each with different properties and strengths. Understanding these distinctions is essential for predicting molecular interactions and behavior in solutions.
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