When two waves pass through each other in opposite directions, the interference affects their Group of answer choicesamplitudefrequencywavelengthtwo of the above
Question
When two waves pass through each other in opposite directions, the interference affects their Group of answer choicesamplitudefrequencywavelengthtwo of the above
Solution
When two waves pass through each other in opposite directions, the interference affects their amplitude. This is because interference is the process where two or more waves of the same frequency combine to reinforce or cancel each other, resulting in a change in amplitude. The frequency and wavelength of the waves do not change as they are properties of the wave determined by the source and medium, not by interaction with other waves.
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