wavelength
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Re: wavelength
Wavelength is inversely proportionate to momentum. Since momentum is p = mv, wavelength is inversely proportionate to mass as well.
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Re: wavelength
Hi,
I believe that mass and wavelength are essentially inversely proportional. The equation for wavelength, lambda, can be lambda = h / momentum. Momentum is (mass x velocity). If you plug this in for momentum in the first equation, you get lambda = h / (mass x velocity). The smaller mass is, the bigger your lambda, or wavelength.
I believe that mass and wavelength are essentially inversely proportional. The equation for wavelength, lambda, can be lambda = h / momentum. Momentum is (mass x velocity). If you plug this in for momentum in the first equation, you get lambda = h / (mass x velocity). The smaller mass is, the bigger your lambda, or wavelength.
Re: wavelength
Hi! When looking at De Broglie's equation, you can see that if the mass increases, the wavelength decreases. Therefore, wavelength and mass have an inversely proportional relationship.
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