wavelength
Asked by | 3rd Mar, 2012, 03:09: PM
Expert Answer:
(a)According to de Broglie, every object in motion has a wave character. The wavelengths associated with macroscopic objects like a ball is so short (because of their large masses) that their wave properties cannot be detected.
(b) Since the wavelength of a is found to be double than that of b this implies that the mass of b particle is twice of the mass of "a" particle.
(a)According to de Broglie, every object in motion has a wave character. The wavelengths associated with macroscopic objects like a ball is so short (because of their large masses) that their wave properties cannot be detected.
(b) Since the wavelength of a is found to be double than that of b this implies that the mass of b particle is twice of the mass of "a" particle.
Answered by | 5th Mar, 2012, 09:26: AM
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