Atomic Orbital Wire Model For Ethene (sp2 hybridisation)

This is a wire model to show how a carbon atom changes its electron orbital to form the molecule of Ethene( C2H4). The kit contains one carbon atom (4*4*4 in) , one sp2 hybridised orbital of carbon atom(4*4*4in) and one ethene molecule of (10*6*8 in). It displays how carbon forms one head on sigma bond and one side ways overlapped pie bond. The model represent clearly how only one carbon p-orbital not losing its geometry forms a side ways pie bond with p-orbital of another carbon atom.

The molecules also explains why the shape of molecule is planar. The 4 green spherical centre around the edges represent hydrogen atom.

The molecules itself is the art of nature to have it around you will help you to explain the complexity of the such mind bending concepts to an infant.The structure is very solid, rust proof and made completely out of metal wire by hands. You can show fascinating world of atomic structure with this handcrafted Atomic Orbital Wire Model. Featuring colored wires and soft cotton to represent electron orbitals, this model is perfect for classrooms, science fairs, and chemistry enthusiasts. Its engaging and three-dimensional design makes complex chemistry concepts easy to visualize and understand, enhancing both teaching and learning experiences.