Why do we not often observe the effects of matter waves? O matter does not every behave as a wave O the effects are very small in macroscopic objects we are used to the way matter behaves as a wave and it does not seem unusual to us
Why do we not often observe the effects of matter waves? O matter does not every behave as a wave O the effects are very small in macroscopic objects we are used to the way matter behaves as a wave and it does not seem unusual to us
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Please answer the question in the image
![Why do we not often observe the effects of matter waves?
O matter does not every behave as a wave
O the effects are very small in macroscopic objects
we are used to the way matter behaves as a wave and it does not seem unusual to us](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa6c7567d-58c6-4bf3-9754-2479989ac934%2F981060a1-b5b0-40ab-9256-eb6549f02ec4%2F64jgn1r.jpeg&w=3840&q=75)
Transcribed Image Text:Why do we not often observe the effects of matter waves?
O matter does not every behave as a wave
O the effects are very small in macroscopic objects
we are used to the way matter behaves as a wave and it does not seem unusual to us
Expert Solution
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Step 1
The effects of matter-wave not often observed because the effects are very small in macroscopic objects.
To observe the effect of a matter-wave of a macroscopic object, the dimension of that object should be equivalent to the wavelength of that matter-wave.
The expression for the wavelength be given as,
Where,
h be defined as the Planck constant.
p be defined as the momentum.
v be defined as the velocity of the object
m be defined as the mass of the object.
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