For a single slit of width \'\'a\'\' the first minimum of the interference pattern of a monochromatic light of wavelength e occurs at an angle of `(lambda)/(a)`. At the same angle of `(lambda)/(a)`, we get a maximum for two narrow slits separated by distance \'\'a\'\'. Explain.
For a single slit of width |'|'a|'|' the first minimum of the interference pattern of a monochromati
For a single slit of width \'\'a\'\' the first minimum of the interference pattern of a monochromatic light of wavelength e occurs at an angle of `(lambda)/(a)`. At the same angle of `(lambda)/(a)`, we get a maximum for two narrow slits separated by distance \'\'a\'\'. Explain.
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