23. Show that the wavelength of a relativistic particle is given by λα λα mec² Etal - Eest where λc = h/m₂c = 2.426 × 10-¹0 cm is called the Compton wavelength.

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23. Show that the wavelength of a relativistic particle is given by
mec²
λ = λc
Exotal - Eest
where λc = h/mec
ac
= 2.426 x 10-10 cm is called the Compton wavelength.
24. Using the formula obtained in Problem 2.23, compute the wavelength of a 1-MeV
electron.
Transcribed Image Text:23. Show that the wavelength of a relativistic particle is given by mec² λ = λc Exotal - Eest where λc = h/mec ac = 2.426 x 10-10 cm is called the Compton wavelength. 24. Using the formula obtained in Problem 2.23, compute the wavelength of a 1-MeV electron.
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