A charged particle initially has momentum magnitude p and de Broglie wavelength 0.60 nm. It passes through a uniform electric field directed parallel to its motion for a short time. The electric impulse delivered by the field has magnitude p and acts in the same direction as the initial momentum. If the final wavelength is (N ÷ 100) nm, find N.
Physics · Photoelectric effect and dual nature of matter · debroglie duel nature of light
A charged particle initially has momentum magnitude p and de Broglie wavelength 0.60 nm. It passes through a uniform electric field directed parallel to its motion for a short time. The electric impulse delivered by the field has magnitude p and acts in the same direction as the initial momentum. If the final wavelength is (N ÷ 100) nm, find N.