The wavelength of the matter waves is independent of

Question

The wavelength of the matter waves is independent of (A) charge (B) momentum (C) velocity (D) mass

Tardigrade Admin · Accepted Answer

The wavelength of matter wave is given by λ = ( h / mv ) = ( h / p ) ...( i ) From Eq. (i), it is clear that wavelength of matter wave is independent of the charge.

Q. The wavelength of the matter waves is independent of

charge

momentum

velocity

mass

The wavelength of matter wave is given by
$λ = \frac{h}{m v} = \frac{h}{p}$ ...( i )
From Eq. (i), it is clear that wavelength of matter wave is independent of the charge.

Q. The wavelength of the matter waves is independent of

charge

momentum

velocity

mass

The wavelength of matter wave is given by λ=mvh​=ph​ ...( i ) From Eq. (i), it is clear that wavelength of matter wave is independent of the charge.

The wavelength of matter wave is given by
$λ = \frac{h}{m v} = \frac{h}{p}$ ...( i )
From Eq. (i), it is clear that wavelength of matter wave is independent of the charge.