08508nam a2200805 i 4500 9780750363501 IOP 20251030124836.0 m eo d cr cn |||m|||a 240501s2024 enka fob 000 0 eng d 9780750363501 ebook 9780750363495 mobi 9780750363488 print 9780750363518 myPrint 10.1088/978-0-7503-6350-1 doi (CaBNVSL)thg00083936 (OCoLC)1432611874 CaBNVSL eng rda CaBNVSL CaBNVSL QC225.15 .Z357 2024eb vol. 2 PHDS bicssc SCI001000 bisacsh Zain, Samya, author. 96956 The physics of sound and music. Volume 2, Lab manual : a complete course text / Samya Bano Zain. Bristol [England] (Temple Circus, Temple Way, Bristol BS1 6HG, UK) : IOP Publishing, [2024] 1 online resource (various pagings) : illustrations (some color). text rdacontent electronic isbdmedia online resource rdacarrier [IOP release $release] IOP ebooks. [2024 collection] "Version: 20240401"--Title page verso. Includes bibliographical references. part I. Introduction. 1. Introduction -- 1.1. Activity-to-do : review of mathematics -- 1.2. Scientific method -- 1.3. Units -- 1.4. A few important concepts -- 1.5. Review of vectors -- 1.6. Speed versus velocity -- 1.7. Graphical representation of motion 2. Sound, music and noise -- 2.1. What to know about sound, music or noise -- 3. Music, History and Culture -- 3.1. Activity-to-do : create a timeline of musical eras -- 3.2. Activity-to-do : place the musical eras on the world map part II. Sound production. 4. Tension and deformations in a string -- 4.1. What to know about energy and force -- 4.2. Activity-to-do : conservation of energy-ball drop -- 4.3. Activity-to-do : deformation in collisions -- 4.4. Activity-to-do : collision impact -- 4.5. Activity-to-do : mass versus weight -- 4.6. Activity-to-do : tension and deformation in rubber bands -- 4.7. Activity-to-do : calculate tension (T) in a guitar string 5. Vibrating systems -- 5.1. What to know about vibrating systems -- 5.2. Activity-to-do : waves on a string -- 5.3. Activity-to-do : standing waves I--string (or spring) -- 5.4. Activity-to-do : standing waves II--nodes in water bottles -- 5.5. Activity-to-do : 'seeing' sound waves -- 5.6. Activity-to-do : SHM--simple pendulum. How does the period depend on the amplitude of the swing in a simple pendulum? -- 5.7. Activity-to-do : how does the period depend on the length of a simple pendulum -- 5.8. Activity-to-do : how does the period of a pendulum change with length--II -- 5.9. Activity-to-do : reflection I : ball and wall -- 5.10. Activity-to-do : reflection II : pencil and mirror -- 5.11. Activity-to-do : reflection III : verify the laws of reflection using lasers -- 5.12. Activity-to-do : reflection IV : verify the laws of reflection using pins -- 5.13. Activity-to-do : reflection V : reflections of sound waves -- 5.14. Activity-to-do : understanding interference -- 5.15. Activity-to-do : beats 6. Damping and resonance in musical instruments -- 6.1. What to know about resonance and damping -- 6.2. Activity-to-do : 'seeing' simple harmonic motion--mass attached to a spring -- 6.3. Activity-to-do : spring force--calculate the period (T) -- 6.4. Activity-to-do : damped simple harmonic oscillator (SHO) -- 6.5. Sympathetic vibration -- 6.6. Activity-to-do : Helmholtz resonator -- 6.7. Activity-to-do : singing rods part III. Sound propagation. 7. Sound propagation -- 7.1. What to know about sound propagation 8. Factors impacting sound propagation -- 8.1. What to know about factors impacting sound propagation -- 8.2. Refraction -- 8.3. Diffraction -- 8.4. Activity-to-do : Doppler effect part IV. Sound reception. 9. Sound power and sound intensity -- 9.1. Terms to know about sound intensity and relevant concepts -- 9.2. Pressure, force, energy -- 9.3. Stress and strain -- 9.4. Sound pressure level, sound power level and sound intensity level -- 9.5. Loudness and loudness level 10. The human factor -- 10.1. Terms to know about human hearing and sight and relevant concepts -- 10.2. Hearing and sight -- 10.3. Left-brained versus right-brained -- 10.4. Activity-to-do : critical bands 11. Psychoacoustics -- 11.1. Terms to know about human hearing and sight and relevant concepts -- 11.2. Binaural hearing -- 11.3. Activity-to-do : echolocation -- 11.4. Activity-to-do : masking 12. Acoustics of rooms -- 12.1. Terms to know about room acoustics -- 12.2. Sound propagation -- 12.3. Acoustics of rooms -- 12.4. Designing spaces part V. Of sound and music. 13. Musical tones, pitch, timbre and vibrato -- 13.1. Terms to know about musical tones and pitch -- 13.2. Musical tones and pitch -- 13.3. Vibrato -- 13.4. Activity-to-do : just notable difference (JND) for sound--frequency JND 14. A musician's graph paper and musical scales -- 14.1. Terms to know about musical graph paper part VI. Musical instruments. 15. String instruments -- 15.1. Terms to know about string instruments -- 15.2. String instruments -- 15.3. Activity-to-do : make your own guitar -- 15.4. Soundboards -- 15.5. Activity-to-do : singing wineglasses 16. Percussion instruments -- 16.1. Terms to know about percussion instruments -- 16.2. Activity-to-do : class activity : homemade xylophone (pipe) -- 16.3. Activity-to-do : class activity : bottle xylophone -- 16.4. Activity-to-do : class activity : make your own kazoo 17. Wind instruments -- 17.1. What to know about wind instruments. Full-text restricted to subscribers or individual document purchasers. This second volume of The Physics of Sound and Music: A complete course text is a lab manual providing a complete resource to accompany undergraduate courses on the physics of sound and music, and is supplemented by the textbook in volume one of this two-volume set. It is written in an accessible, clear and conversational style with the intent of engaging students and teaching physics without appearing overwhelming. The manual consists of practical and written activities that can be completed independently or during laboratory time (both in-person and online), and includes space for students to write their answers. This is a core text for one-semester, undergraduate (100-level) courses on the physics of sound or music. Volume 1 accompanies the lectures and Volume 2 accompanies the lab work. It will be particularly useful for courses aimed at non-physics majors with little experience of algebra or calculus. Also available in print. Mode of access: World Wide Web. System requirements: Adobe Acrobat Reader, EPUB reader, or Kindle reader. Samya Zain is a Professor of Physics at Susquehanna University, USA, where she was awarded the Distinguished Teaching Award in 2016. She has been a member of the BaBar scientific research collaboration at SLAC (Stanford Linear Accelerator Center) at Stanford University, California, and the ATLAS collaboration at CERN, Geneva. Her previous books Techniques of Classical Mechanics: From Lagrangian to Newtonian Mechanics and Thermodynamics and Statistical Mechanics: An Introduction for Physicists and Engineers were published by IOP Publishing in 2019 and 2021, respectively. Title from PDF title page (viewed on May 1, 2024). Sound Textbooks. 96957 Music Acoustics and physics Textbooks. 96958 Wave mechanics (vibration & acoustics) bicssc 96959 SCIENCE / Acoustics & Sound. bisacsh 92916 Institute of Physics (Great Britain), publisher. 17702 Print version: 9780750363488 9780750363518 IOP (Series). Release 24. IOP ebooks. 2024 collection. https://iopscience.iop.org/book/mono/978-0-7503-6350-1 E-Books 68552 68552