Respuesta :
To create a mathematical representation of the dispersion of electrons in an atom, Schrodinger integrated the de Broglie equation with the wave behavior equations.
What is Schrodinger’s atomic model?
The orbitals, or areas of space, where electrons are most likely to be located, are described by the Schrodinger model, which makes the assumption that the electron is a wave. The Schrodinger model describes the likelihood that an electron can be discovered in a specific area of space at any given time, rather than attempting to tell us where the electron is at any given time. This model no longer pinpoints the electron's location; instead, it only suggests potential locations.
As a three-dimensional mathematical model, it requires the primary (n), angular (l), and magnetic (m) quantum numbers, which are obtained from the Schrodinger wave equations. The dimensions, shapes, and spatial orientation of the orbitals are described by these quantum numbers.
Learn more about Schrodinger’s atomic model: https://brainly.com/question/1580858
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