Laser beam with wavelength 6328 nm is aimed perpendicularly


Here is the problem which I am struggling on, please help me!

Problem: Laser beam with wavelength 632.8 nm is aimed perpendicularly at opaque screen with two identical slits on it, positioned horizontally, and close enough so that both of them fall in the beam cross section. By shifting vertically the screen, each slits can be illuminated independently, allowing the other to be disregarded. On an observation screen positioned 1m further from the opaque screen, the diffraction patterns from the independent slit illumination were found identical, with minima 6.5 mm apart. The interference pattern maxima from simultaneous illumination of both slits were 0.53 mm apart.

A- What are the double slit characteristics (slit width, slit separation)?

I need help to solve the above problem and provide results in millimeters.

Request for Solution File

Ask an Expert for Answer!!
Physics: Laser beam with wavelength 6328 nm is aimed perpendicularly
Reference No:- TGS0941864

Expected delivery within 24 Hours