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26.(a) Derive a relativistically correct formula that gives the de Broglie wavelength of a charged particle in terms of the potential difference V through which it has been accelerated. (b) What is the valid for eV << mc?? nonrelativistic approximation of this formula,

26.(a) Derive a relativistically correct formula that gives the de Broglie wavelength of a charged particle in terms of the potential difference V through which it has been accelerated. (b) What is the valid for eV << mc?? nonrelativistic approximation of this formula,

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26.(a) Derive a relativistically correct formula that gives the de Broglie wavelength of a charged particle in terms of the potential difference V through which it has been accelerated. (b) What is the nonrelativistic approximation of this formula, valid for eV << mc2?
Transcribed Image Text:26.(a) Derive a relativistically correct formula that gives the de Broglie wavelength of a charged particle in terms of the potential difference V through which it has been accelerated. (b) What is the nonrelativistic approximation of this formula, valid for eV << mc2?
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