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Monochromatic E-M radiation of frequency 8.06x1016 Hz falls on double slits separated by 1.16 µm, creating a diffraction pattern on a screen 6.32 m away, Find the distance, in m, between the center of the pattern and the 70th maximum.

Monochromatic E-M radiation of frequency 8.06x1016 Hz falls on double slits separated by 1.16 µm, creating a diffraction pattern on a screen 6.32 m away, Find the distance, in m, between the center of the pattern and the 70th maximum.

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**Problem Statement:** Monochromatic electromagnetic radiation of frequency \(8.06 \times 10^{16} \, \text{Hz}\) falls on double slits separated by \(1.16 \, \mu\text{m}\), creating a diffraction pattern on a screen \(6.32 \, \text{m}\) away. Find the distance, in meters, between the center of the pattern and the 70th maximum.
Transcribed Image Text:**Problem Statement:** Monochromatic electromagnetic radiation of frequency \(8.06 \times 10^{16} \, \text{Hz}\) falls on double slits separated by \(1.16 \, \mu\text{m}\), creating a diffraction pattern on a screen \(6.32 \, \text{m}\) away. Find the distance, in meters, between the center of the pattern and the 70th maximum.
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