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Himal kharel
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How is a wave reflected in a open pipe?
A reflection of a wave in an open pipe is when a wave traveling through the pipe encounters the end of the pipe and bounces back. This results in the wave traveling in the opposite direction.
The length of an open pipe affects the reflection of a wave by determining the frequency of the reflected wave. Longer pipes result in lower frequencies of reflected waves, while shorter pipes result in higher frequencies.
The amplitude of a reflected wave in an open pipe remains the same as the original wave. This means that the reflected wave will have the same maximum displacement as the original wave.
Yes, multiple reflections can occur in an open pipe. When a wave is reflected at the end of the pipe, it can bounce back and forth multiple times, resulting in multiple reflections.
The shape of an open pipe does not affect the reflection of a wave. As long as the end of the pipe is open, the wave will reflect in the same way regardless of the shape of the pipe.