tuning fork of frequency 512 Hz is used to generate a standing wave pattern in a closed pipe, 0.850 m long. A strong resonant note is heard indicating that an antinode is located at the open end of the pipe. (a) What are the possible wavelengths for this note and the corresponding speed of sound? (b) Which wavelength will give the most reasonable value for the calculation of the speed of sound in air
tuning fork of frequency 512 Hz is used to generate a standing wave pattern in a closed pipe, 0.850 m long. A strong resonant note is heard indicating that an antinode is located at the open end of the pipe. (a) What are the possible wavelengths for this note and the corresponding speed of sound? (b) Which wavelength will give the most reasonable value for the calculation of the speed of sound in air
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Question
A tuning fork of frequency 512 Hz
is used to generate a standing wave
pattern in a closed pipe, 0.850 m
long. A strong resonant note is
heard indicating that an antinode is
located at the open end of the pipe.
(a) What are the possible
wavelengths for this note and the
corresponding speed of sound?
(b) Which wavelength will give
the most reasonable value for
the calculation of the speed of
sound in air?
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