So far we've seen situations in which Wave 1 and Wave 2 have the same amplitude. But constructive and destructive interference is not limited to situations in which each wave has the same amplitude. Tap on the Destruct button again. Observe the Wave Sum. Then change the amplitude of Wave 1 to 0.16 m; keep the amplitude of Wave 2 at 0.32 m. This is also an example of destructive interference. Observe the Wave Sum. Describe how it is different than a situation in which two waves have the same amplitude If the two waves have the same the wave sum amplitude becomes

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So far we've seen situations in which Wave 1 and Wave 2 have the same amplitude. But constructive and destructive interference is
not limited to situations in which each wave has the same amplitude. Tap on the Destruct button again. Observe the Wave Sum.
Then change the amplitude of Wave 1 to 0.16 m; keep the amplitude of Wave 2 at 0.32 m. This is also an example of destructive
interference. Observe the Wave Sum.
Describe how it is different than a situation in which two waves have the same amplitude
If the two waves have the same_
the wave sum amplitude becomes
Transcribed Image Text:So far we've seen situations in which Wave 1 and Wave 2 have the same amplitude. But constructive and destructive interference is not limited to situations in which each wave has the same amplitude. Tap on the Destruct button again. Observe the Wave Sum. Then change the amplitude of Wave 1 to 0.16 m; keep the amplitude of Wave 2 at 0.32 m. This is also an example of destructive interference. Observe the Wave Sum. Describe how it is different than a situation in which two waves have the same amplitude If the two waves have the same_ the wave sum amplitude becomes
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