why is the wave nature of matter not observed in daily life?

because de-broglie wavelength associated with the moving particle is very small as compared to its size so this phenomina is not observable in daily life...

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according to de-brogile , lamda=h/p = h/mv

now , the mass of objects in daily life is very large , so the wavelength is very very small which can't be stected by any device...

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de Broglie postulated that because photons have both wave and particle
characteristics, matter should also have both wave and particle properties. ... This
is the reason why the wave nature of macroscopic particles is not observable. ...
This is why the wave-like character of these objects is not observed in our daily
life.

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de Broglie postulated that because photons have both wave and particle
characteristics, matter should also have both wave and particle properties. ... This
is the reason why the wave nature of macroscopic particles is not observable. ...
This is why the wave-like character of these objects is not observed in our daily
life.

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Acc . to De Brogile equation
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