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Statement-1: An electron of mass m when ...

Statement-1: An electron of mass `m` when accelerated through a potential difference `V`, has de-broglie wavelength `lambda`. The de-broglie wavelength associated with a proton of mass `M` accelerated through the same potential difference will be `lambdasqrt(M//m)`.
Statement-2: de-broglie wavelength
`lambda=h/(sqrt(2meV))`.

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