Comparing Orbits and Orbitals: Similarities and Differences Explained

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SUMMARY

Orbits and orbitals are distinct concepts in atomic theory. An orbit, derived from Bohr's model, represents a two-dimensional circular path that an electron follows around the nucleus. In contrast, an orbital is a three-dimensional volume of space that defines the probability of finding an electron within that region. While both concepts describe electron behavior, the key difference lies in their dimensionality and representation of electron locations.

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  • Understanding of atomic structure and electron behavior
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Homework Statement


describe one way in which orbits are similar and two ways in which they are different


Homework Equations


N/A

The Attempt at a Solution


the differences:
first, the orbital is a 3-dimensional volume of space where the probability of finding some electron is very probable
The orbit, on the other hand, is 2-dimensional (a circle) and comes from Bohr's model.
the similarity:
an orbit is a path an electron takes around an atom and the orbital is shape resulting in the combination of all probable orbits
 
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is this correct or anything that should be changed?
 
Hi,
i think in general you are correct.
Orbit: revolving path of electron around nucleus.
Orbital: may be a 3D space (surface, or volume).
 

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