'Phys unsw edu' diaporamas de présentation

ACOUSTICS OF SINGING

ACOUSTICS OF SINGING. MUSICAL ACOUSTICS. Science of Sound , Chapter 17 The Science of the Singing Voice, J. Sundberg , NIU Press, 1987 Resonance in Singing , Donald Miller, Inside View Press, 2008. THE HUMAN INSTRUMENT.

569 views • 37 slides

HSC Science Teacher Professional Development Program Physics

HSC Science Teacher Professional Development Program Physics. 8:30am Space and Gravity Michael Burton 9:45am Physics of Climate Michael Box 15 minute tea break 11:00am The age of silicon: semiconductor materials and devices Richard Newbury 1:00pm Lunch.

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Frequency Period Wavelength

Two strings, one thick and the other thin, are connected to form one long string. A wave travels along the string and passes the point where the two strings are connected. Which of the following changes at that point:. Frequency Period Wavelength. Sound waves. Longitudinal Speed of sound.

388 views • 22 slides

4. RHYTHM, PROSODY, TONE, LANGUAGE

MUSIC 318 MINI-COURSE ON SPEECH AND SINGING. 4. RHYTHM, PROSODY, TONE, LANGUAGE. Science of Sound, Chapter 16 Springer Handbook of Acoustics, Chapter 16. RHYTHM. A STRIKING CHARACTERISTIC OF A FOREIGN LANGUAGE IS ITS RHYTHM.

351 views • 20 slides

Nuclear Systematics and Rutherford scattering

Nuclear Systematics and Rutherford scattering. Terminology. Atomic number (Z) is the number of protons in the nucleus of an atom, and also the number of electrons in a neutral atom Nucleon : proton (Z) or neutron (N) Nuclide : nucleus uniquely specified by the values of N & Z

423 views • 19 slides

4 m and 2 m 2 m and .5 m 3 m and .5 m 4 m and 1 m 3 m and 2 m

A string fastened at both ends has a length of 1.0 m. Two possible wavelengths for standing waves are. 4 m and 2 m 2 m and .5 m 3 m and .5 m 4 m and 1 m 3 m and 2 m. The sound you hear from a violin is produced by . . . . A standing wave in the string fundamental determines the pitch

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Longitudinal Standing Waves and Harmonic Series in Open and Closed Tubes

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Physics 145 Introduction to Experimental Physics I Instructor: Karine Chesnel

Physics 145 Introduction to Experimental Physics I Instructor: Karine Chesnel Office: N319 ESC Tel: 801- 422-5687 kchesnel@byu.edu Office hours: on appointment Class website: http://www.physics.byu.edu/faculty/chesnel/physics145.aspx . Lab 11 Mechanical & Acoustical

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Wave Interference

307 views • 13 slides

13-3 harmonics

13-3 harmonics. Understand standing wave and harmonics Understand Interference and Beats. Standing Wave Patterns and harmonics.

218 views • 11 slides

Trombone

1.25k views • 9 slides