Q:4)(25) In a double-slit experiment with electrons, the slit separation of the apparatus d=0.1 mm andthe slit-screen separation D=20 cm. We want to be able to detect the distance between two adjacentmaxima on the screen, ym+1 - Ym = 1 µm. (h=6.6x1034 kg.m²/s, m-9x1031 kg)a) Find de Broglie wavelength of the electrons.b) What should be the speed of the electrons that are directed into a double-slit?c) Do we need a relativistic correction? Explain your reasoning.

The distance between two adjacent maxima on the screen=β = 1μ m=10-6 m distance between slit and…

Q:4)(25) In a double-slit experiment with electrons, the slit separation of the apparatus d=0.1 mm and the slit-screen separation D=20 cm. We want to be able to detect the distance between two adjacent maxima on the screen, ym+1 - Ym = 1 µm. (h=6.6x10* kg.m³/s, m=9x10-³' kg) a) Find de Broglie wavelength of the electrons. b) What should be the speed of the electrons that are directed into a double-slit? c) Do we need a relativistic correction? Explain your reasoning.

Q:4)(25) In a double-slit experiment with electrons, the slit separation of the apparatus d=0.1 mm and the slit-screen separation D=20 cm. We want to be able to detect the distance between two adjacent maxima on the screen, ym+1 - Ym = 1 µm. (h=6.6x10* kg.m³/s, m=9x10-³' kg) a) Find de Broglie wavelength of the electrons. b) What should be the speed of the electrons that are directed into a double-slit? c) Do we need a relativistic correction? Explain your reasoning.