Quick Answer: The Structure of Phosphorus Model is a ball-and-stick model of a four-atom phosphorus cluster, arranged in a tetrahedral (pyramid-like) shape in which each atom bonds to three others. It is self-supporting and needs no base.
Last updated: October 2026
Key Features
Ball-and-stick model of a 4-atom phosphorus cluster
Tetrahedral geometry with each atom bonded to three others
Shows the tight bond angles and strain of the tetrahedral shape
Colour-coded spheres with flexible connectors for the covalent bonds
Can be assembled and taken apart repeatedly
Sized to be seen clearly in a classroom
Technical Specifications
Specification
Value
Model type
Ball-and-stick molecular model
Geometry
Tetrahedral / pyramidal
Atom count
4-atom elemental cluster
Spheres
High-density polypropylene
Connectors
Polycarbonate
Mounting
Self-supporting, no base required
Application
High school chemistry, university-level inorganic chemistry
About This Product
The model lets students hold the phosphorus tetrahedron and see how fixing four atoms into such a tight shape forces small bond angles and creates strain. It supports lessons on allotropy, molecular geometry and VSEPR theory in structural and inorganic chemistry.
Frequently Asked Questions
Does the Structure of Phosphorus Model need a stand?
No. The tetrahedral structure is self-supporting, so no base is required.
What are the parts made of?
The spheres are high-density polypropylene and the connectors are polycarbonate.
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