[?In lab 14, you experimented with two slits separated by a distance of d = 1x10-4 m arelocated at a distance of D= 0.5 m from a screen, as shown above. The slits are illuminatedwith a laser with a wavelength of (roughly) 500x10-9bright peak at the center appears on the screen. What is the distance on the screen betweenthe central bright peak and the first dark fringe?m. An interference pattern with aА.2.2x10-5 mВ.4.4x10-5 m1.25x10-3 mC.2.5 x10-3 m5.0x10-3 mD.E.

In young's double slit experiment, the bright fringes is observed at xn=nλDdwhere λ is wavelengthn…

[? d[I | D In lab 14, you experimented with two slits separated by a distance of d = 1x10-4 m are located at a distance of D= 0.5 m from a screen, as shown above. The slits are illuminated with a laser with a wavelength of (roughly) 500×10-9 m. An interference pattern with a bright peak at the center appears on the screen. What is the distance on the screen between the central bright peak and the first dark fringe?

[? d[I | D In lab 14, you experimented with two slits separated by a distance of d = 1x10-4 m are located at a distance of D= 0.5 m from a screen, as shown above. The slits are illuminated with a laser with a wavelength of (roughly) 500×10-9 m. An interference pattern with a bright peak at the center appears on the screen. What is the distance on the screen between the central bright peak and the first dark fringe?