The same double-slit experiment is then immersed in water (with an index of refraction of 1.33) and repeated. When in the water, what happens to the interference fringes? View Available Hint(s) The same double-slit experiment is then immersed in water (with an index of refraction of 1.33) and repeated. When in the water, what happens to the interference fringes? A.They are more closely spaced than in air by a factor of 1.33. B.They are more widely spaced than in air by a factor of 1.33. C.They are spaced the same as in air. D. They are shifted upward. E. They are shifted downward.
The same double-slit experiment is then immersed in water (with an index of refraction of 1.33) and repeated. When in the water, what happens to the interference fringes? View Available Hint(s) The same double-slit experiment is then immersed in water (with an index of refraction of 1.33) and repeated. When in the water, what happens to the interference fringes? A.They are more closely spaced than in air by a factor of 1.33. B.They are more widely spaced than in air by a factor of 1.33. C.They are spaced the same as in air. D. They are shifted upward. E. They are shifted downward.
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The same double-slit experiment is then immersed in water (with an index of refraction of 1.33) and repeated. When in the water, what happens to the interference fringes?
View Available Hint(s)
The same double-slit experiment is then immersed in water (with an index of refraction of 1.33) and repeated. When in the water, what happens to the interference fringes?
| A.They are more closely spaced than in air by a factor of 1.33. |
| B.They are more widely spaced than in air by a factor of 1.33. |
| C.They are spaced the same as in air. |
| D. They are shifted upward. |
| E. They are shifted downward. |
Transcribed Image Text:(Figure 1) shows the interference pattern obtained in a double-slit
experiment with light of wavelength A
Figure
< 1 of 1
bright
fringe
-A
central
-B
fringe
dark
-E
fringe
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