c) adjacent slits separated by a distance d. Light of wavelength A is incident on the slits and observed on a screen a distance L beyond the barrier. How wide are the bright fringes on the screen? The width of a fringe is defined as the distance (a length, not an angle) between the points of zero intensity on either side of the fringe on the screen. You may assume that the angles involved are small. Hint: you can work with the central fringe. An opaque barrier has 6 very narrow, evenly spaced slits, with to screen, L from barrier
c) adjacent slits separated by a distance d. Light of wavelength A is incident on the slits and observed on a screen a distance L beyond the barrier. How wide are the bright fringes on the screen? The width of a fringe is defined as the distance (a length, not an angle) between the points of zero intensity on either side of the fringe on the screen. You may assume that the angles involved are small. Hint: you can work with the central fringe. An opaque barrier has 6 very narrow, evenly spaced slits, with to screen, L from barrier
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Transcribed Image Text:c)
adjacent slits separated by a distance d. Light of wavelength A is incident
on the slits and observed on a screen a distance L beyond the barrier. How
wide are the bright fringes on the screen? The width of a fringe is defined
as the distance (a length, not an angle) between the points of zero intensity
on either side of the fringe on the screen. You may assume that the angles
involved are small. Hint: you can work with the central fringe.
An opaque barrier has 6 very narrow, evenly spaced slits, with
to screen,
L from
barrier
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