Bohr Atomic Model: Orbital Energy Formula
Formula: E n = - (m e e⁴)/(8 ₀² h²) (Z²)/(n²) = - (13.6 eV)/(n²) Z² (for hydrogen atom, Z = 1 ). Applicable Conditions: Hydrogen atom or hydrogen - like ions (…
Syllabus path: Modern Physics › Atomic Structure
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CSCA Physics Formula Reference
Formula and explanation
Formula: E n = - (m e e⁴)/(8 ₀² h²) (Z²)/(n²) = - (13.6 eV)/(n²) Z² (for hydrogen atom, Z = 1 ). Applicable Conditions: Hydrogen atom or hydrogen - like ions (single - electron systems). Explanation: This formula gives the total energy (binding energy) of the electron in the n - th orbit. The negative sign indicates a bound state.
Related tutorial and examples
Atomic Structure
Modern Physics: Atomic Structure 1. Evolution of Atomic Models Understanding the atom has been a progressive journey. For the CSCA exam, you must distinguish between these three historical models: 1. Thomson's "Plum Pudding Model" (1897): Envisioned the atom as a sphere of positi…
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