Unformatted text preview: till vibrates
at the same standing wave frequency. Determine the longest possible wavelength (in m) waves that the
frequency. Determine the longest possible wavelength (in m) of the string
of the string waves that the source could have been producing before your work and explain your rea
could have been producing before it was pinched. Show it was pinched.
Show your workAs the soundyour reasoning. string goes out into the air, which parameter(s) of the sou
b) and explain that the vibrating
in the vibrating same goes out into the air, vibrating wave on of the
b. As the sound that air will be the string as the parameters of thewhich parameter(s)the string and which w
sound wave in air will be the same as the parameters of the vibrating wave on the string
and which will be different. Explain.
(Reflect) Critically evaluate your answer for 8.5-2&3) clarity and completeness. Are you
big ideas we have developed in class?...
View Full Document
- Fall '08
- Physics, Vibrating string, 2 cm, 2 m, 0.8 m