The image contains sections titled "5p" and "3d," each with corresponding blank fields for values labeled \( n \) (principal quantum number) and \( \ell \) (angular momentum quantum number). ### Section "5p"- \( n = \) [Blank Field]- \( \ell = \) [Blank Field]### Section "3d"- \( n = \) [Blank Field]- \( \ell = \) [Blank Field]These fields are intended for inputting the quantum numbers corresponding to atomic orbitals. The principal quantum number \( n \) generally indicates the energy level, while the angular momentum quantum number \( \ell \) represents the shape of the orbital (0 for s, 1 for p, 2 for d, 3 for f). **Transcription: Quantum Numbers for Subshells**1. **1s Subshell** - \( n = \) [input box] - \( \ell = \) [input box]2. **5p Subshell** - \( n = \) [input box] - \( \ell = \) [input box]3. **3d Subshell** - \( n = \) [input box] - \( \ell = \) [input box]**Explanation**This image presents a question about quantum numbers specifying different electron subshells. For each subshell listed (1s, 5p, and 3d), there are two boxes where one needs to input the principal quantum number \( n \) and the azimuthal quantum number \( \ell \).**Quantum Numbers:**- **\( n \)**: Principal quantum number, indicating the main energy level.- **\( \ell \)**: Azimuthal quantum number, representing the subshell type (s, p, d, f, etc.).The task is to determine the appropriate values of \( n \) and \( \ell \) for each subshell.

Given :- subshells : 1s 5p 3d to be determined :- their n and l values

Answered: What quantum numbers specify these…

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Chemistry

What quantum numbers specify these subshells? 1s %3D n = 5p n = 3d

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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Question

The image contains sections titled "5p" and "3d," each with corresponding blank fields for values labeled \( n \) (principal quantum number) and \( \ell \) (angular momentum quantum number).

### Section "5p"
- \( n = \) [Blank Field]
- \( \ell = \) [Blank Field]

### Section "3d"
- \( n = \) [Blank Field]
- \( \ell = \) [Blank Field]

These fields are intended for inputting the quantum numbers corresponding to atomic orbitals. The principal quantum number \( n \) generally indicates the energy level, while the angular momentum quantum number \( \ell \) represents the shape of the orbital (0 for s, 1 for p, 2 for d, 3 for f).

**Transcription: Quantum Numbers for Subshells**

1. **1s Subshell**

- \( n = \) [input box]
- \( \ell = \) [input box]

2. **5p Subshell**

- \( n = \) [input box]
- \( \ell = \) [input box]

3. **3d Subshell**

- \( n = \) [input box]
- \( \ell = \) [input box]

**Explanation**

This image presents a question about quantum numbers specifying different electron subshells. For each subshell listed (1s, 5p, and 3d), there are two boxes where one needs to input the principal quantum number \( n \) and the azimuthal quantum number \( \ell \).

**Quantum Numbers:**

- **\( n \)**: Principal quantum number, indicating the main energy level.
- **\( \ell \)**: Azimuthal quantum number, representing the subshell type (s, p, d, f, etc.).

The task is to determine the appropriate values of \( n \) and \( \ell \) for each subshell.

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