In the Bohr model, when an electron leaves one n orbit and enters another n orbit,...

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Chemistry

In the Bohr model, when an electron leaves one n orbit andenters another n orbit, a photon is either emitted or absorbed.Derive a relationship between the wavelength of the emitted orabsorbed photon and the change in the DeBroglie wavelength of theelectron when it moves from one n to another n.

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Bohrs ModelBohr began with the assumption that electrons wereorbiting the nucleus much like the earth orbits thesunFrom classical physics a charge traveling in acircular path should lose energy by emitting electromagneticradiationIf the orbiting electron loses energy it should endup spiraling into the nucleus which it does not Thereforeclassical physical laws either dont apply or are inadequate toexplain the inner workings of the atomBohr borrowed the idea of quantized energy fromPlanckHe proposed that only orbits of certain radiicorresponding to defined energies are permittedAn electron orbiting in one of these allowedorbitsHas a defined energy stateWill not radiate energyWill not spiral into the nucleusIf the orbits of the electron are restricted theenergies that the electron can possess are likewise restricted andare defined by the equationWhere RH is a constant See Answer

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In the Bohr model, when an electron leaves one n orbit and enters another n orbit,...

60.1K

Verified Solution

Question

Chemistry

In the Bohr model, when an electron leaves one n orbit andenters another n orbit, a photon is either emitted or absorbed.Derive a relationship between the wavelength of the emitted orabsorbed photon and the change in the DeBroglie wavelength of theelectron when it moves from one n to another n.

Answer & Explanation Solved by verified expert

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