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Asked: February 8, 20212021-02-08T11:25:22+00:00 2021-02-08T11:25:22+00:00In: MAKAUT

11(b). Calculate the de Broglie wavelength associated with a stone velocity 1 $m s^{-1}$ and mass 100g; on the other side an electron having velocity $610^{5}m s ^{-1}$ and mass $9.110^{-31}$ kg. Which one of these is meaningful and why?

11(b). Calculate the de Broglie wavelength associated with a stone velocity 1 $m s^{-1}$ and mass 100g; on the other side an electron having velocity $6*10^{5}m s ^{-1}$ and mass $9.1*10^{-31}$ kg. Which one of these is meaningful and why?

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11(b). Calculate the de Broglie wavelength associated with a stone velocity 1 $m s^{-1}$ and mass 100g; on the other side an electron having velocity $610^{5}m s ^{-1}$ and mass $9.110^{-31}$ kg. Which one of these is meaningful and why?

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11(b). Calculate the de Broglie wavelength associated with a stone velocity 1 and mass 100g; on the other side an electron having velocity and mass kg. Which one of these is meaningful and why?

Leave an answerCancel reply

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11(b). Calculate the de Broglie wavelength associated with a stone velocity 1 $m s^{-1}$ and mass 100g; on the other side an electron having velocity $610^{5}m s ^{-1}$ and mass $9.110^{-31}$ kg. Which one of these is meaningful and why?

Leave an answer
Cancel reply