Orbit vs Orbital — Difference (with Table)
Orbit vs Orbital compared side by side — a 6-row comparison table and 4 key points. Class 11 Chemistry, free and no sign-up.
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TL;DR: Orbit vs Orbital compared side by side — a 6-row comparison table and 4 key points. Class 11 Chemistry, free and no sign-up.
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The main difference between Orbit and Orbital: An orbit is a fixed circular or elliptical path in which an electron revolves around the nucleus according to Bohr's model, while an orbital is a three-dim
Orbit vs Orbital — Comparison Table
| Basis | Orbit | Orbital |
|---|---|---|
| Definition | Fixed path around nucleus | Region of high electron probability |
| Model | Based on Bohr's atomic model | Based on quantum mechanical model |
| Shape | Circular or elliptical | Spherical, dumbbell, or cloverleaf shapes |
| Position | Definite, fixed position | Probability region, no fixed position |
| Electron Path | Electron follows specific path | Electron position is uncertain |
| Accuracy | Fails for complex atoms | Works for all atoms |
Key Points
- Orbits are a simplification that work only for hydrogen-like atoms
- Orbitals follow the Heisenberg uncertainty principle and do not specify exact electron position
- Different orbitals (s, p, d, f) have different shapes and energy levels
- The probability of finding an electron in an orbital is highest at the orbital's center