In a Young's double-slit experiment, the slit separation dis made twice as big (doubled) but the fringe pattern observed on the screen does not change. Which of the following changes would keep the pattern identical when dis doubled? OUse a wavelength of light that is half as big but keep the distance from the slits to the screen constant. Use a frequency of light that is twice as big but keep the distance from the slits to the screen constant. Change the distance from the slits to the screen to be half of what it was originally but keep the wavelength of light the same. More than one of the above would work. None of the above.

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In a Young's double-slit experiment, the slit separation dis made twice as big
(doubled) but the fringe pattern observed on the screen does not change. Which of
the following changes would keep the pattern identical when dis doubled?
Use a wavelength of light that is half as big but keep the distance from the slits
to the screen constant.
Use a frequency of light that is twice as big but keep the distance from the slits
to the screen constant.
Change the distance from the slits to the screen to be half of what it was
originally but keep the wavelength of light the same.
More than one of the above would work.
O None of the above.
Transcribed Image Text:In a Young's double-slit experiment, the slit separation dis made twice as big (doubled) but the fringe pattern observed on the screen does not change. Which of the following changes would keep the pattern identical when dis doubled? Use a wavelength of light that is half as big but keep the distance from the slits to the screen constant. Use a frequency of light that is twice as big but keep the distance from the slits to the screen constant. Change the distance from the slits to the screen to be half of what it was originally but keep the wavelength of light the same. More than one of the above would work. O None of the above.
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