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Sagot :
The transition of n=4 to n=1 emits the highest frequency light because it gives off the highest energy in the process.
Bohr created a model of the hydrogen atom that combined Planck's and Einstein's quantization theories to answer the conundrum of discrete spectra energy and atom stability. The relationship between the quantization of photons and the quantized emission from atoms is explained by the Bohr model of the hydrogen atom. In his description of the hydrogen atom, Bohr used the analogy of an electron transition orbiting a nucleus in a circle.
He proposed that the electron was bound to specific orbits with distinct energies. Photons are absorbed or emitted during transition between these legal orbits. A photon is released as energy when an electron transitions from a higher-energy orbit to a more stable one. An electron can be moved from a stable orbit to one that is more excited.
Learn more about electron transition here:
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