Work Cited

Figures

                    Figure 1: Sonic Boom, Source Url: <http://lynnfarmerhoto.com/book/sonic-boom.html>.

                    Figure 2: Sound Wave, Source Url: <www.grahammitchell.com/writings/vorbis_intro.html>.

                    Figure 3 & 4: Sound Waves, Source Url: <www.hk-phy.org/iq/sound_night_e.html>.

                    Figure 5 & 6: Stationary Sound Source, Source Url: <www.gmi.edu/~drussell/Emos/doppler/doppler.html>.

                    Figure 7: Singer Breaking Glass, Source Url: <www.pysicsandastronomy.net/education/AskExperts/ae479.cfm>.

                    Figure 8: Slinky, Source Url: <www.slinkystore.com>.

                    Figure 9: Breaking Glass with Sound, Source Url: <www.keismanphotography.com/images/brkglas.html>.

                    Figure 10: Resonant Force Wave, Source Url: <www.maths.ex.ac.uk/~mwatkins/zeta/encoding2.html>.

Work Cited

                    1. Hecht, Eugene. Physics: Algebra/Trig, 3rd Addition. Pacific Grove, CA:  Thomson Brooks/Cole, 2003.

                    2. "Sound Transmits Farther at Night?" Physics World. November 23, 03 <www.hk-phy.org/iq/sound_night_e.html>.

                    3. Chedd, G. "Sound." History Channel.com   

                        1970. November 13, 03 <www.historychannel.com/perl/print_book.pl?ID=114237>.

                    4. Paul Eisenstein.  "World's Most Powerful Loudspeaker." Popular Mechanics. 

                        November 17, 2003. <http://www.popularmechanics.com/science/extreme_machines/2003/7/loudspeaker>.

                    5. Joseph Woo.  Obstetric Ultrasound. November 22, 2003 <http://www.ob-ultrasound.net>.

                    6. IMA.  November 22, 2003.  <http://www.marine-group.com>.

                    7. Rich, Brian W. The Saturday Scientists. Santa Barbara Science. November 24, 03 <www.west_net~science/sound.htm>.

 

                         

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