A laser with wavelength 56.25 µm is shining light on a double slit with slitseparation 0.450 mm . This results in an interference pattern on a screen adistance L away from the slits. We wish to shine a second laser, with a differentwavelength, through the same slits such that the fourth minimum of the first laseris at the same location as the second maximum of the second laser.FigureH ———————G→FDBE-0||1 of 1CENTRAL MAXIMUMPart AIn the figure showing the interference pattern for a double-slit setup, (Figure 1) which of the points shown representsthe second maximum?► View Available Hint(s)Point APoint BPoint CPoint DPoint EPoint FPoint GPoint HSubmitPart BIn the figure showing the interference pattern for a double-slit setup, (Figure 1) which of the points shown representsthe fourth minimum?► View Available Hint(s)

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Answered: A laser with wavelength 56.25 μm is…

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