Often, waves are said to be "out of phase" with one another. This means that one wave is shifted so that the peaks and troughs are not simultaneous. Which type of interference could be seen as "out of phase"?

A) positive

B) negative

Question

Isaiah Molina

Physics

13 April, 06:53

Often, waves are said to be "out of phase" with one another. This means that one wave is shifted so that the peaks and troughs are not simultaneous. Which type of interference could be seen as "out of phase"?

A) positive

B) negative

+2

Answers (2)

Know the Answer?

Roberto Watkins · Answer 1

Answer: It's Negative

Explanation: Just did it on USA test prep

When two waves come close to one another, their effects add together ... In fact, if the two waves (with the same amplitude) are shifted by exactly half a wavelength ... The resulting combined wave will have no crests or troughs at all, and will ... That means that there will always be constructive interference at that spot, therefore its negative.

Cara · Answer 2

I believe the correct answer is "negative"? Not sure but I think

Often, waves are said to be "out of phase" with one another. This means that one wave is shifted so that the peaks and troughs are not simultaneous. Which type of interference could be seen as "out of phase"?A) positiveB) negative

Often, waves are said to be "out of phase" with one another. This means that one wave is shifted so that the peaks and troughs are not simultaneous. Which type of interference could be seen as "out of phase"?

A) positive

B) negative