Question

velocity of matter wave is always​

Answer 1

Answer:

any particle that has last phase velocity of matter waves always exceeds c i

Answer 2

Answer:

The frequency times the wavelength product gives you the phase velocity. According to special relativity, the phase velocity of matter waves is always greater than c, or that of light.

Explanation:

Due to its dependence on the velocity of the material particle, the matter-velocity wave's is not constant.

Matter-wave

Every moving particle has a wave that is called a matter-wave. A matter wave's wavelength is equal to

λ = hp

where

h = Planck’s constant

p = The moving particle’s moment

Matter-wave characteristics

• The likelihood of discovering a particle in space is represented by the matter wave.
• The charge of the material particle has no bearing on matter waves.
• De-Broglie waves are the basis of electron microscope operation.
• In a vacuum, matter waves may move. They are not mechanical waves as a result.
• The nth orbital has n de-Broglie waves connected with it.
• Matter waves' phase velocities can exceed the speed of light.