When a stationary wave is formed,what is its | vedclass

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(A) stationary wave (or standing wave) is formed by the superposition of two identical waves traveling in opposite directions. Since the stationary wa

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Same as that of the individual waves

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(A) stationary wave (or standing wave) is formed by the superposition of two identical waves traveling in opposite directions. Since the stationary wave is formed by the interference of two waves having the same frequency,the frequency of the resulting stationary wave remains the same as the frequency of the individual component waves. The provided image shows a string vibrating in its second harmonic mode,where the length $l$ corresponds to two loops,and the plucking point is at $l/4$ from one end,but this does not change the fundamental frequency relationship.

When a stationary wave is formed,what is its frequency compared to the individual waves that form it?

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