how do de Broglie waves of moving particle differ from electromagnetic waves
Answers
Explanation:
De Broglie waves are the waves that every particle possess due to its natural dual behaviour , the magnitude of this wave depend on momentum of the particle ( λ = h/p ) . De broglie wavelength, due to extremely small value of planck's constant, is very small for anything bigger than a small atom.
Electromagnetic waves on the other hand possess both Electric and Magnetic character, oscillating perpendicularly.
An electromagnetic spectrum can be arranged from high frequency to low frequency (not in de broglie) .
Answer:
In this area, electromagnetic waves are very different than de Broglie waves (non-relativistic matter waves). ... For de Broglie waves, the angular frequency is proportional to the square of the wave number. And the constant of proportionality is Planck's Constant divided by twice the mass of the particle.