'Compression wave' diaporamas de présentation

Digital Sound

Digital Sound. Jim Williams HONP-112 Week 9. What we will cover. Part 1: Understanding Sound Part 2: Digitizing Sound Sampling Rate Sample Size Problems/conversions/calculations/etc. Part 3: Compression. Part 1: What is sound.

548 views • 54 slides

What are Plates?

453 views • 45 slides

Learning Targets

Learning Targets. By the end of this unit, you should be able to: Discuss stress and strain and their roles in earthquakes Know the differences between elastic and plastic deformation Compare and contrast the three types of faults and three different seismic waves

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The Anatomy of the Ear

The Anatomy of the Ear. The Outer Ear. 1. Auricle (Pinna) 2. External Auditory Canal (ear canal) Channels sound into the ear. The Middle Ear. Slide 5 of 24. Notes:. Slide 7 of 24. How We Hear. http://www.hearingcenteronline.com/ear2.shtml. A disorder that is present at birth.

526 views • 30 slides

Waves

Waves. Objectives. Given a diagram, be able to identify the parts of a transverse and a compression wave Given an illustration, be able to identify the amplitude, frequency, and wavelength CLE 3202.2.1 Investigate the properties and behaviors of mechanical and electromagnetic waves.

253 views • 25 slides

Learning Targets

Learning Targets. By the end of this unit, you should be able to: Discuss stress and strain and their roles in earthquakes Identify and describe the 3 types of faults Know the differences between elastic and plastic deformations

446 views • 24 slides

Assembly of Targets for RPA by Compression Waves

Assembly of Targets for RPA by Compression Waves . A.P.L.Robinson Plasma Physics Group, Central Laser Facility, STFC Rutherford-Appleton Lab. Acknowledgements. J.Pasley and I.Bush, University of York, UK R.Kumar, S.Mondal, and whole TIFR team, Tata Institute for Fundamental Research,

232 views • 23 slides

Enhancing the Study of Waves in Metals Using Computational Analysis

Enhancing the Study of Waves in Metals Using Computational Analysis. Michael B. Ottinger Missouri Western State University Mark A. Johnson Missouri State University American Association of Physics Teachers Monday, January 21, 2008. Outline.

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Communication Topic 8: Sound

Communication Topic 8: Sound. Biology in Focus, HSC Course Glenda Childrawi , Margaret Robson and Stephanie Hollis. DOT Point(s) . explain why sound is a useful and versatile form of communication

468 views • 19 slides

Astronomy 100

Astronomy 100. Are All Stars the Same?. Answer Now: Why does the Sun shine? Are all stars the same as our Sun? (How or how not?) Goal: Be able to tell me how stars are born Know what stars are made of Know how stars shine (if we have time) Know how stars die

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Goal: To understand sound

Goal: To understand sound. Objectives: To learn about Sound waves To understand the Speed of sound To learn about Doppler Shifts To learn about Resonance. Sound waves. What type of wave is a sound wave?. Compression.

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What do we hear?

208 views • 13 slides

Waves

261 views • 12 slides

Tags

Photos. Tags. Studying Whales. Biopsy samples. Meet a Whale Researcher. Lisa Munger, Oceanographer. Towed hydrophone arrays. Using Sound in the Ocean. Sonobuoys (expendable Navy hydrophones). Seafloor moorings. How sound works. - compression wave. How sound works.

109 views • 9 slides