Chapter 38, Problem 088 A bullet of mass 42 g travels at 1050 m/s. Although the bullet is clearly too large to be treated as a matter wave, determine according to the de Broglie equation (A = h/p) the de Broglie wavelength of the bullet at that speed. Number Units

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Chapter 38, Problem 088
A bullet of mass 42 g travels at 1050 m/s. Although the bullet is clearly too large to be treated as a matter wave, determine according to
the de Broglie equation (A = h/p) the de Broglie wavelength of the bullet at that speed.
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Units
Transcribed Image Text:Chapter 38, Problem 088 A bullet of mass 42 g travels at 1050 m/s. Although the bullet is clearly too large to be treated as a matter wave, determine according to the de Broglie equation (A = h/p) the de Broglie wavelength of the bullet at that speed. Number Units
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