Monochromatic electromagnetic radiation of frequency 8.2x1016 Hz falls on double slits separated by 7.21 pm, and creating a diffraction pattern on a screen 8.84 m away, Find the distance, in cm, between the 57" maximum and the next maximum.
Monochromatic electromagnetic radiation of frequency 8.2x1016 Hz falls on double slits separated by 7.21 pm, and creating a diffraction pattern on a screen 8.84 m away, Find the distance, in cm, between the 57" maximum and the next maximum.
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![Monochromatic electromagnetic radiation of frequency 8.2x101° Hz falls on double slits separated by 7.21 µm, and creating a diffraction pattern on a screen 8.84 m away, Find
the distance, in cm, between the 57" maximum and the next maximum.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8cf2ccab-90b1-41b4-a2b4-8d525578ce02%2Fa0d349fa-3f8a-4ff2-b355-82a0405a3cd6%2Flzavn7f_processed.png&w=3840&q=75)
Transcribed Image Text:Monochromatic electromagnetic radiation of frequency 8.2x101° Hz falls on double slits separated by 7.21 µm, and creating a diffraction pattern on a screen 8.84 m away, Find
the distance, in cm, between the 57" maximum and the next maximum.
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