Wavefunction Equations Of Hybridized Orbitals

In summary, wavefunction equations of hybridized orbitals are mathematical models used to describe the behavior of electrons in atoms that have undergone hybridization. Hybridization is a process in which the atomic orbitals of an atom are combined to form new hybrid orbitals, resulting in a more stable energy state. These equations use quantum mechanics principles to determine the shape, orientation, and energy of these hybrid orbitals, providing a better understanding of the properties and reactivity of molecules. Hybridized orbitals play a crucial role in explaining the molecular geometry and bonding in a variety of chemical compounds, making them an essential concept in chemistry.
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LUFER
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Hi, I'm looking for the equations to perform the wave function of the orbitals, that way I can give a graph.
The problem I only encounter situations in basic energy transfer (valence).Task: Make wavefunctions of the sp2, sp3, sd3 hybridized orbitals respectively.

I need the wavefunction equations for the hybridized orbitals.
 
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  • #2
LUFER said:
How did you find PF?: Google

Hi, I'm looking for the equations to perform the wave function of the orbitals, that way I can give a graph.
The problem I only encounter situations in basic energy transfer (valence).Task: Make wavefunctions of the sp2, sp3, sd3 hybridized orbitals respectively.

I need the wavefunction equations for the hybridized orbitals.
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