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The London dispersion force between two neon atoms compared to the London dispersion force between two argon atoms where both systems are the most stable is: 1. the same 2. stronger 3. weaker Because: 1. They are both noble gases. 2. Neon has a smaller electron cloud, therefore there will be a smaller separation of charge resulting in a weaker force. 3. Neon has a smaller electron cloud, therefore there will be a larger separation of charge resulting in a stronger force. O 3,1 O 2,3 O 1,1 O 1,2 O 2,1

The London dispersion force between two neon atoms compared to the London dispersion force between two argon atoms where both systems are the most stable is: 1. the same 2. stronger 3. weaker Because: 1. They are both noble gases. 2. Neon has a smaller electron cloud, therefore there will be a smaller separation of charge resulting in a weaker force. 3. Neon has a smaller electron cloud, therefore there will be a larger separation of charge resulting in a stronger force. O 3,1 O 2,3 O 1,1 O 1,2 O 2,1

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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### Understanding London Dispersion Forces between Noble Gases The London dispersion force between two neon atoms compared to the London dispersion force between two argon atoms where both systems are the most stable is: 1. the same 2. stronger 3. weaker #### Because: 1. They are both noble gases. 2. Neon has a smaller electron cloud, therefore there will be a smaller separation of charge resulting in a weaker force. 3. Neon has a smaller electron cloud, therefore there will be a larger separation of charge resulting in a stronger force. ### Options: - ⚪ 3, 1 - ⚪ 2, 3 - ⚪ 1, 1 - ⚪ 1, 2 - ⚪ 2, 1 - ⚪ 3, 2 - ⚪ 2, 2 - ⚪ 3, 3 - ⚪ 1, 3 ### Analysis: This question tests the understanding of London dispersion forces (also known as induced dipole-induced dipole interactions) between noble gas atoms. The options provided list combinations of statements about the strength of these forces and their reasons. ### Key Points to Consider: - **Noble Gases**: Both Neon (Ne) and Argon (Ar) are noble gases. - **Electron Cloud Size**: Neon has a smaller electron cloud compared to Argon. - **Charge Separation**: The size of the electron cloud affects the separation of charge, which in turn, affects the strength of the London dispersion force. Students should use their understanding of how the size of atoms and the resulting induced dipole moments influence the intermolecular forces to select the correct answer combination.
Transcribed Image Text:### Understanding London Dispersion Forces between Noble Gases The London dispersion force between two neon atoms compared to the London dispersion force between two argon atoms where both systems are the most stable is: 1. the same 2. stronger 3. weaker #### Because: 1. They are both noble gases. 2. Neon has a smaller electron cloud, therefore there will be a smaller separation of charge resulting in a weaker force. 3. Neon has a smaller electron cloud, therefore there will be a larger separation of charge resulting in a stronger force. ### Options: - ⚪ 3, 1 - ⚪ 2, 3 - ⚪ 1, 1 - ⚪ 1, 2 - ⚪ 2, 1 - ⚪ 3, 2 - ⚪ 2, 2 - ⚪ 3, 3 - ⚪ 1, 3 ### Analysis: This question tests the understanding of London dispersion forces (also known as induced dipole-induced dipole interactions) between noble gas atoms. The options provided list combinations of statements about the strength of these forces and their reasons. ### Key Points to Consider: - **Noble Gases**: Both Neon (Ne) and Argon (Ar) are noble gases. - **Electron Cloud Size**: Neon has a smaller electron cloud compared to Argon. - **Charge Separation**: The size of the electron cloud affects the separation of charge, which in turn, affects the strength of the London dispersion force. Students should use their understanding of how the size of atoms and the resulting induced dipole moments influence the intermolecular forces to select the correct answer combination.
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