Quick Answer: The Silicon Electronic Configuration Model shows how the 14 electrons of a silicon atom (atomic number 14) are spread across its shells and subshells. It is a 3D shell model with labelled electrons on a base for table-top use.
Last updated: October 2026
Key Features
Electron arrangement of silicon, Z = 14
Valence electrons marked
3D shell model with labelled electrons
Multicolour shells and electrons
Base-mounted, table-top model
Technical Specifications
Specification
Value
Model type
Atomic electronic configuration model
Element
Silicon (atomic number 14)
Material
Plastic / polymer
Design
3D shell model with labelled electrons
Mounting
Base-mounted / table-top
Level
Secondary, higher secondary, undergraduate
About This Product
Students use the model to read off silicon’s electron configuration and to see which outer electrons take part in bonding. It links atomic structure lessons to the semiconductor behaviour of silicon, which underpins work on electronics. Schools, colleges and institutes in Georgia, Cyprus, Bosnia and Herzegovina, Mauritius and Yemen can order the Silicon Electronic Configuration Model from Educational Instrument.
Frequently Asked Questions
Which element does the model represent?
It represents silicon, atomic number 14, with its electrons shown in shells and the valence electrons marked.
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