According to Louis de Broglie's relationship between particles and their wavelengths, which of the following is true? A) Interference between the waves emitted by particles with mass is always destructive interference, allowing for day-to-day objects to be readily localized. B) At our day-to-day scale of life, the wavelengths are so short that they may as well not exist. C) A particle's wavelength is about the same as the size of the object and results in day-to-day objects being readily localized. D) At our day-to-day scale of life, the wavelength is almost infinitely broad and therefore constant for all things.
According to Louis de Broglie's relationship between particles and their wavelengths, which of the following is true? A) Interference between the waves emitted by particles with mass is always destructive interference, allowing for day-to-day objects to be readily localized. B) At our day-to-day scale of life, the wavelengths are so short that they may as well not exist. C) A particle's wavelength is about the same as the size of the object and results in day-to-day objects being readily localized. D) At our day-to-day scale of life, the wavelength is almost infinitely broad and therefore constant for all things.
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According to Louis de Broglie's relationship between particles and their wavelengths, which of the following is true?
A) Interference between the waves emitted by particles with mass is always destructive interference, allowing for day-to-day objects to be readily localized.
B) At our day-to-day scale of life, the wavelengths are so short that they may as well not exist.
C) A particle's wavelength is about the same as the size of the object and results in day-to-day objects being readily localized.
D) At our day-to-day scale of life, the wavelength is almost infinitely broad and therefore constant for all things.
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