if there is an increase in linear dimension of the object the associated de Broglie wavelength
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As we know
By de broglie wavelength equation
wavelength= plancks constant ÷ linear momentum
I.e.
wavelength inversely proportional to momentum
momentum = mass × velocity
If mass is increases momentum increases
than de- Broglie wavelength decreases
By de broglie wavelength equation
wavelength= plancks constant ÷ linear momentum
I.e.
wavelength inversely proportional to momentum
momentum = mass × velocity
If mass is increases momentum increases
than de- Broglie wavelength decreases
naina31:
but the answer is c
For large bodies, the wavelengths of the associated waves are very small and cannot be measured by any of the available methods. Therefore, practically these bodies are said to have no wavelengths.
so i think the answer should c remain unchanged
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