Silicon Electronic Configuration Model
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Product Code : SCL-PLE-11509
Quick Answer: The Silicon Electronic Configuration Model shows how the 14 electrons of a silicon atom are arranged in shells as 2, 8, 4. It helps explain valency, bonding and why silicon behaves as a semiconductor.
Last updated: 19 October 2026
Key Features
- Displays the silicon atom with electrons arranged 2, 8, 4.
- Electron markers make each shell easy to count.
- Highlights the four outer electrons that govern bonding.
- Useful when introducing semiconductor properties of silicon.
Technical Specifications
| Specification | Value |
|---|---|
| Element | Silicon |
| Atomic number | 14 |
| Electron configuration | 2, 8, 4 |
| Components | Atom diagram, electron markers, shell representation |
How It Is Used
Learners locate the silicon atom, count the shells and then the electrons in each one. The teacher uses the four outer electrons to explain bonding behaviour and to connect the configuration with the use of silicon in electronics. Suited to middle and secondary school chemistry.
Frequently Asked Questions
What electron arrangement does the Silicon Electronic Configuration Model show?
Silicon has atomic number 14, and the model places its electrons in three shells as 2, 8 and 4. The four outer electrons determine how silicon bonds.
Related Chemistry Lab Equipment
See the full chemistry lab equipment range, or these related atomic structure models:
- Structure of Phosphorus Model
- Atomic Structure of Carbon Model
- Orbit of Atom Model
- Modern Periodic Table
- Energy Band Gap Apparatus
JLab India quotes the Silicon Electronic Configuration Model for export buyers in Oman, Antigua and Barbuda, Guyana, Kazakhstan and Syria.
For a quotation on the Silicon Electronic Configuration Model, contact JLab India on +91-8569909696.
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