Lecture, two hours; laboratory, four hours. Recommended: courses 112, 114. Study of waves and sound propagation in different media. Students uncover various waves in different phases of matter, including gases, liquids, and superfluids. Description of experiments in terms of hydrodynamic theory. Students gain experience in basic electronics, amplifiers, speakers, microphones, cryogenics, and fast Fourier transforms. P/NP or letter grading.
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Kogar, A. and Lee, J.S. (Fall 2023)
Anshul Kogar and Hassan Farhat (Spring 2021)
Anshul Kogar and Seth Pree (Winter 2020)
Gary A. Williams et al. (Spring 2019)
Gary A. Williams et al. (Spring 2018)
Gary A. Williams et al. (Spring 2017)
Gary A. Williams et al. (Spring 2016)
Gary A. Williams et al. (Spring 2014)
Gary A. Williams et al. (Spring 2013)
Forrester, A.W. and Williams, G.A. (Spring 2012)
Williams, G.A. and Bataller, A.W. (Spring 2011)
Menachekanian, E. and Williams, G.A. (Spring 2010)
Englert, E.M. and Williams, G.A. (Spring 2008)
Khalid, S.B. and Williams, G.A. (Spring 2006)
Abraham, J.B. and Williams, G.A. (Spring 2005)
Van de Ven, B.E. and Williams, G.A. (Spring 2004)
Smith, C.J. and Williams, G.A. (Spring 2001)
Chu, H.C. and Williams, G.A. (Spring 2000)
Kogar, A. and Lee, J.S.
23F
Anshul Kogar and Hassan Farhat
21S
Anshul Kogar and Seth Pree
20W
Gary A. Williams et al.
19S
Gary A. Williams et al.
18S
Gary A. Williams et al.
17S
Gary A. Williams et al.
16S
Gary A. Williams et al.
14S
Gary A. Williams et al.
13S
Forrester, A.W. and Williams, G.A.
12S
Williams, G.A. and Bataller, A.W.
11S
Menachekanian, E. and Williams, G.A.
10S
Englert, E.M. and Williams, G.A.
08S
Khalid, S.B. and Williams, G.A.
06S
Abraham, J.B. and Williams, G.A.
05S
Van de Ven, B.E. and Williams, G.A.
04S
Smith, C.J. and Williams, G.A.
01S
Chu, H.C. and Williams, G.A.
00S
Enrollment data not available.