6. In the ideal version of Young's double-slit experiment, two point sources interfere with each other creating an interference pattern on a screen. Suppose this experiment is performed in air using red light, and then the entire apparatus is immersed in water. Describe what happens to the interference pattern? Explain how the interference pattern seen in water is different from the one seen in air. Use equations to support your answer.

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6. In the ideal version of Young's double-slit experiment, two point sources interfere with each other creating an interference pattern on a screen. Suppose this experiment is performed in air using red light, and then the entire apparatus is immersed in water. Describe what happens to the interference pattern. Explain how the interference pattern seen in water is different from the one seen in air. Use equations to support your answer.
Transcribed Image Text:6. In the ideal version of Young's double-slit experiment, two point sources interfere with each other creating an interference pattern on a screen. Suppose this experiment is performed in air using red light, and then the entire apparatus is immersed in water. Describe what happens to the interference pattern. Explain how the interference pattern seen in water is different from the one seen in air. Use equations to support your answer.
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