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The Hydrogen Atomic Orbitals |
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The detailed study of the structure of the atom belongs primarily to physics, but is of extreme interest to chemists since atomic (and molecular) structure determines the physical and chemical properties of the atoms or molecules. The errors in early theories of atomic structure led to the development of Quantum Mechanics, a theory that more properly describes the wave nature of electrons, and hence the electronic structure of atoms and molecules. The focus here will be on concepts rather than the mathematics.
The important concepts you will be familiar with when you have completed these pages include:
A guide to the site is listed below, and the buttons at the bottom of each page will provide sequential access.
- failures of old theories, why Quantum Mechanics is necessary
- what is a wavefunction
- how do the "quantum numbers" relate to the wavefunction
- what are nodes
- what is the "phase" of an orbital
- what are orbitals: their size, shape, number and types of nodes.
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Waves in Quantum Mechanics Quantum Mechanics The Radial Wavefunction Orbital Phase The Radial Distribution Function Introduction to the Hydrogen Orbitals Pages |
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| 1s |
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| 2s |
2py |
2pz |
2px |
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| 3s |
3py |
3pz |
3px |
3dxy |
3dyz |
3dz2 |
3dxz |
3dx2-y2 |
| 4s |
4py |
4pz |
4px |
4dxy |
4dyz |
4dz2 |
4dxz |
4dx2-y2 |
| 4fy(3x2-y2) |
4fxyz |
4fyz2 |
4fz3 |
4fxz2 |
4fz(x2-y2) |
4fx(x2-3y2) |
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The mathematics of the hydrogen orbitals |
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