two pulses are moving along a string. one pulse is moving to the right and the second is moving to the left…

two pulses are moving along a string. one pulse is moving to the right and the second is moving to the left. both pulses reach point x at the same instant. will there be an instance in which the wave interference is at the same level as point x? no, the interfering waves will always be above x. no, the interfering waves will always fall below x. yes, the overlap will occur during the slope of the waves. yes, the overlap will occur when the first wave hits point x.

two pulses are moving along a string. one pulse is moving to the right and the second is moving to the left. both pulses reach point x at the same instant. will there be an instance in which the wave interference is at the same level as point x? no, the interfering waves will always be above x. no, the interfering waves will always fall below x. yes, the overlap will occur during the slope of the waves. yes, the overlap will occur when the first wave hits point x.

Answer

Explanation:

Step1: Analyze wave interference

When two waves meet at a point, their displacements add up according to the principle of super - position.

Step2: Examine wave shapes

The two pulses have sloped sections. When they meet at point X, during the time when the sloped parts of the two pulses overlap, it is possible for the combined displacement (due to interference) to be at the same level as point X.

Answer:

Yes, the overlap will occur during the slope of the waves.