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Put the electron suborbitals into order of energy, with the highest energy at the top and lowest energy at the bottom = d = p S

Put the electron suborbitals into order of energy, with the highest energy at the top and lowest energy at the bottom = d = p S

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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1. Put the electron suborbitals into order of energy, with the highest energy at the top and lowest energy at the bottom
 
 
 
2. Which of the following solids is most likely to contain only metallic bonds?
 
**Title:** Understanding Electron Suborbital Energy Levels **Instruction:** Arrange the electron suborbitals in order of energy, from highest to lowest. ### Suborbital List: 1. **d** 2. **f** 3. **p** 4. **s** **Explanation:** This diagram provides an interactive method to understand electron suborbitals, emphasizing their energy levels. Students are encouraged to organize these suborbitals with the highest energy at the top and the lowest at the bottom. This exercise aids in comprehending electron configurations and the quantum mechanical arrangement of electrons in atoms. **Note:** In typical electron configurations, the order of energy from lowest to highest is s, p, d, f.
Transcribed Image Text:**Title:** Understanding Electron Suborbital Energy Levels **Instruction:** Arrange the electron suborbitals in order of energy, from highest to lowest. ### Suborbital List: 1. **d** 2. **f** 3. **p** 4. **s** **Explanation:** This diagram provides an interactive method to understand electron suborbitals, emphasizing their energy levels. Students are encouraged to organize these suborbitals with the highest energy at the top and the lowest at the bottom. This exercise aids in comprehending electron configurations and the quantum mechanical arrangement of electrons in atoms. **Note:** In typical electron configurations, the order of energy from lowest to highest is s, p, d, f.
Four different solids were tested for conductivity. Each solid was then placed in a crucible and heated until it melted. The melting point and conductivity for each melted sample were measured. | Solid | Conductivity (solid state) | Conductivity (liquid state) | Melting Point | |-------|---------------------------|----------------------------|---------------| | A | No | Yes | High | | B | Yes | Yes | High | | C | No | No | High | | D | No | No | Low | Which of the following solids is most likely to contain only metallic bonds? - ○ Solid A - ○ Solid B - ○ Solid C - ○ Solid D
Transcribed Image Text:Four different solids were tested for conductivity. Each solid was then placed in a crucible and heated until it melted. The melting point and conductivity for each melted sample were measured. | Solid | Conductivity (solid state) | Conductivity (liquid state) | Melting Point | |-------|---------------------------|----------------------------|---------------| | A | No | Yes | High | | B | Yes | Yes | High | | C | No | No | High | | D | No | No | Low | Which of the following solids is most likely to contain only metallic bonds? - ○ Solid A - ○ Solid B - ○ Solid C - ○ Solid D
Expert Solution
Step 1

The energy of an orbital depends on the principle (n) and azimuthal (l) quantum number. According to the (n+l) rule, the orbital with a lower value of (n+l) will be lower in energy.

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