How Is Schrödingers Model Different From Bohrs: A Comparative Analysis

## Electron Arrangement – Bohr Vs Schrodinger

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## What Is The Difference Between Bohr Model And Schrödinger Model?

The distinction between the Bohr model and the Schrödinger model lies in their fundamental concepts. The Bohr model postulates that electrons follow fixed, predetermined orbits around the nucleus. In contrast, the Schrödinger model introduces the Uncertainty Principle into its framework, acknowledging that we cannot precisely determine both the position and momentum of an electron simultaneously. Consequently, the Schrödinger model provides a more probabilistic description, offering insights into the probability distribution of where electrons are likely to be located within a specific electron cloud around the nucleus. This critical difference between the models revolutionizes our understanding of atomic structure and behavior. (Note: The date “24th September, 2014” does not appear to be relevant to the topic and has been omitted.)

## How Is Schrodinger’S Quantum Mechanical Model For The Atom Different From Bohr’S Atomic Model?

Schrodinger’s quantum mechanical model for the atom differs significantly from Bohr’s atomic model in its fundamental approach to describing the behavior of electrons within an atom. In Bohr’s model, electrons are conceptualized as discrete particles moving in fixed, circular orbits around the nucleus, akin to planets orbiting the sun. However, Schrödinger’s Quantum Mechanical Model takes a more comprehensive and nuanced view. In this model, the electron is not treated as a particle with a definite trajectory but is rather described mathematically as a probability cloud, represented by a wave function. This wave function accounts for the electron’s dual nature, embodying both particle-like and wave-like characteristics, which are consistent with quantum mechanics. In essence, while Bohr’s model simplifies electron behavior by assigning them fixed paths, Schrödinger’s model embraces the inherent uncertainty and wave-particle duality of electrons in the quantum realm. This crucial distinction revolutionized our understanding of atomic structure and paved the way for modern quantum theory.

## Found 8 How is Schrödinger’s model different from Bohr’s

Categories: Summary 36 How Is Schrödinger’S Model Different From Bohr’S

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The Bohr Model gives the atomic model in a one-dimensional view, whereas the Schrodinger’s quantum model represents the probability of occurrence of the electrons in a three-dimensional space. This makes the solution of the Schrodinger’s equation nearly impossible for atoms of a larger number of electrons.The basic difference is that **the Bohr model tells us that electrons have fixed paths while the Schrodinger equation incorporates the Uncertainty principle**. So, unlike the Bohr model, it tells us about the region where the electrons are likely to be found.**In the Bohr Model, the electron is treated as a particle in fixed orbits around the nucleus.** **In the Quantum Mechanical Model, the electron is treated mathematically as a wave**. The electron has properties of both particles and waves.

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