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An electron and a proton are moving with equal speed. Which one has greater de-Broglie wavelength? Justify your answer. |
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Answer» We know that, de-brogli \(\lambda=\frac h{p}\) \(\lambda=\frac{h}{mv}\) \(\lambda\propto\frac1{m}\) The mass of electron is less than mass of photon. So De-brogli wavelength of electron will greater than wavelength of photon. |
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