4. Monochromatic light of wavelength 625 nm is incident on a double slit apparatus having a...

 

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4. Monochromatic light of wavelength 625 nm is incident on a double slit apparatus having a slit separation of 75 μm, in turn creating an interference pattern on a white screen. If the distance between the central maximum and the fourth minimum is 6 cm, calculate the distance between the double slit apparatus and the screen. 5. Green light of wavelength 510 nm passing through a single narrow slit forms an interference pattern with a central maximum whose angular width is 30°. Calculate the width of the slit. - A single slit experiment is created using laser and a diffraction plate having a slit width of 2.0 μm. The distance between the diffraction plate and the screen is 2.70 m. In performing the experiment, a student measures the distance between the first and third dark fringe to be 9.25 cm. Calculate the wavelength of the laser. 4. Monochromatic light of wavelength 625 nm is incident on a double slit apparatus having a slit separation of 75 μm, in turn creating an interference pattern on a white screen. If the distance between the central maximum and the fourth minimum is 6 cm, calculate the distance between the double slit apparatus and the screen. 5. Green light of wavelength 510 nm passing through a single narrow slit forms an interference pattern with a central maximum whose angular width is 30°. Calculate the width of the slit. - A single slit experiment is created using laser and a diffraction plate having a slit width of 2.0 μm. The distance between the diffraction plate and the screen is 2.70 m. In performing the experiment, a student measures the distance between the first and third dark fringe to be 9.25 cm. Calculate the wavelength of the laser. 4. Monochromatic light of wavelength 625 nm is incident on a double slit apparatus having a slit separation of 75 μm, in turn creating an interference pattern on a white screen. If the distance between the central maximum and the fourth minimum is 6 cm, calculate the distance between the double slit apparatus and the screen. 5. Green light of wavelength 510 nm passing through a single narrow slit forms an interference pattern with a central maximum whose angular width is 30°. Calculate the width of the slit. - A single slit experiment is created using laser and a diffraction plate having a slit width of 2.0 μm. The distance between the diffraction plate and the screen is 2.70 m. In performing the experiment, a student measures the distance between the first and third dark fringe to be 9.25 cm. Calculate the wavelength of the laser. 4. Monochromatic light of wavelength 625 nm is incident on a double slit apparatus having a slit separation of 75 μm, in turn creating an interference pattern on a white screen. If the distance between the central maximum and the fourth minimum is 6 cm, calculate the distance between the double slit apparatus and the screen. 5. Green light of wavelength 510 nm passing through a single narrow slit forms an interference pattern with a central maximum whose angular width is 30°. Calculate the width of the slit. - A single slit experiment is created using laser and a diffraction plate having a slit width of 2.0 μm. The distance between the diffraction plate and the screen is 2.70 m. In performing the experiment, a student measures the distance between the first and third dark fringe to be 9.25 cm. Calculate the wavelength of the laser.

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4 Given Wavelength 625 nm 625 x 109 m Slit separation d 75 um 75 x 106 m Distance between central ma... View the full answer