Modèle orbital d’hybridation Sp3
Code de produit : EL-PLE-13837
Eduscope India est l'un des principaux modèles orbitaux d'hybridation Sp3
Réponse rapide :LeModèle orbital d’hybridation Sp3montre comment une orbitale S se mélange à trois orbitales p pour former quatre orbitales équivalentes dans une géométrie tétraédrique avec des angles de liaison de 109,5° - l'arrangement observé dans le méthane et le diamant - construite à partir de plastique avec des éléments métalliques, un modèle pratique qui est authentique.équipement de laboratoire de physique Indeles fournisseurs proposent d’enseigner les concepts de liaison tridimensionnelle.
As part of our Physics Lab Equipment range, this teaching aid is a practical example of the science kit for students India chemistry and physics departments rely on to make tetrahedral bonding tangible in the classroom.
Bringing Three-Dimensional Structure to the Blackboard
Structural formulae of organic compounds are notoriously difficult to explain on a flat, two-dimensional blackboard. This model gives students a genuine three-dimensional idea of how atoms orient themselves around a central carbon once it adopts sp3 hybridization, letting them see the tetrahedral arrangement from every angle rather than imagining it from a diagram.
Build and Construction
The model is built as a plastic model with metal elements, combining lightweight, durable orbital and atom pieces with metal connectors that hold each element firmly in place. A number of atomic elements are included, allowing teachers and students to assemble different kinds of molecules and demonstrate a range of bonding patterns using the same set.
Classroom Use Across Chemistry Topics
Because it renders orbital geometry physically, the set is suited to organic chemistry lessons on carbon bonding, inorganic chemistry discussions of hybrid orbital theory, and stereochemistry sessions where spatial arrangement around a central atom determines molecular behaviour. Instructors can rotate and reposition the model live during a lecture, something no printed structural formula can offer.
Technical Specifications
| Parameter | Specification |
|---|---|
| Hybridization shown | sp3: 1 s-orbital + 3 p-orbitals = 4 orbitals |
| Geometry | Tetrahedral, 109.5° bond angles |
| Construction | Plastic with metal elements |
| Example molecules | Methane; diamond crystal structure |
Related Instruments
This set pairs naturally with our Orbital Model of Sp2 Hybridization for comparing trigonal planar and tetrahedral geometries side by side, and with our individual Atomic Orbital Model Px and Atomic Orbital Model Pz models for teaching the underlying p-orbital shapes that combine during hybridization.
