'Open pipe' diaporamas de présentation

PETE 411 Well Drilling

PETE 411 Well Drilling. Lesson 15 Surge and Swab Pressures. Lesson 15 - Surge and Swab Pressures. Surge and Swab Pressures - Closed Pipe - Fully Open Pipe - Pipe with Bit Example General Case (complex geometry, etc.) Example. READ: APPLIED DRILLING ENGINEERING Chapter 4 (all).

880 views • 40 slides

Sound

Sound. Loudness and Pitch. frequency = pitch Amplitude = volume or intensity I a A 2 . If A doubles I increase by 2 2 or 4. Standing Wave & Resonance. pattern that results when 2 waves, of same f , & A travel in opposite directions.

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The Missouri Watershed Initiative Building Science into Watershed Management Decisions

The Missouri Watershed Initiative Building Science into Watershed Management Decisions . University of Missouri Extension Watershed Science and Stewardship Center. Do We Start With the Science?. Identify local concerns and issues Locate documentation to support or reject concerns and issues

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Normal modes of a column of air

Normal modes of a column of air. Detail of a feast for Nebamun, fragment of a scene from the tomb-chapel of Nebamun. Thebes, Egypt, Late 18th dynasty, around 1350BC. Physics of music PHY103 Lecture #3. Wind Instruments. Tubes of air excited by blowing vibrations

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Announcements

Announcements. 0. Extra study session: Saturday, December 7, 1:00 PM Room 1415 BPS . 1. THE FINAL EXAM WILL TAKE PLACE AT 8:00 PM - 10:00 PM, MONDAY, DEC 9 . (A misprint in the syllabus listed the time as 9:00 PM.)

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Physics of Musical Instrument

Physics of Musical Instrument. FLUTE. Introduction . There are over millions of musical instruments in the world. Some instruments can produce sounds by air vibration. Vibrating the lips (trumpet) , reed (oboe) and blowing air in the tube (piccolo) are three methods to make the air vibrate.

3.85k views • 28 slides

Physics of Musical Instrument

Physics of Musical Instrument. FLUTE. Introduction . There are over millions of musical instruments in the world. Some instruments can produce sounds by air vibration. Vibrating the lips (trumpet) , reed (oboe) and blowing air in the tube (piccolo) are three methods to make the air vibrate.

815 views • 28 slides

Standing Wave & Resonance

Standing Wave & Resonance. pattern that results when 2 waves, of same f , & A travel in opposite directions. Often formed from pulses reflect off a boundary. Waves interfere constructively (antinodes) & destructively (nodes) at fixed points.

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Physics 1251 The Science and Technology of Musical Sound

Physics 1251 The Science and Technology of Musical Sound. Unit 3 Session 34 MWF Percussion with Pitch. Physics 1251 Unit 3 Session 34 Percussion with Pitch.

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SOUND a range of compression wave frequencies to which the human ear is sensitive

SOUND a range of compression wave frequencies to which the human ear is sensitive. The audio spectrum extends from approximately 20 Hz to 20,000 Hz. Range of Some Common Sounds. Intensity Range for Some Common Sounds. Sounds are produced by vibrating matter. 1. reeds. 3. membranes.

359 views • 25 slides

SOUND a range of compression wave frequencies to which the human ear is sensitive

SOUND a range of compression wave frequencies to which the human ear is sensitive. The audio spectrum extends from approximately 20 Hz to 20,000 Hz. Range of Some Common Sounds. Intensity Range for Some Common Sounds. Sounds are produced by vibrating matter. 1. reeds. 3. membranes.

367 views • 24 slides

SOUND a range of compression wave frequencies to which the human ear is sensitive

SOUND a range of compression wave frequencies to which the human ear is sensitive. The audio spectrum extends from approximately 20 Hz to 20,000 Hz. Range of Some Common Sounds. Intensity Range for Some Common Sounds. Sounds are produced by vibrating matter. 1. reeds. 3. membranes.

245 views • 24 slides

a range of compression wave frequencies to which the human ear is sensitive

SOUND. a range of compression wave frequencies to which the human ear is sensitive. Sounds are produced by vibrating matter. 1. reeds. 3. membranes. 4. air columns. 2. strings. Sound is a mechanical wave (longitudinal). It will not travel through a vacuum.

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Sound

Sound. Chapter 15. Sound Waves. Sound wave= a pressure wave that is transmitted through matter Speed of sound in air at room temperature= 343m/s In general, the speed of sound is greater in solids and liquids than in gases

404 views • 17 slides

Sound

Sound. Chapter 15. Sound Waves. Sound wave= a pressure wave that is transmitted through matter Speed of sound in air at room temperature= 343m/s In general, the speed of sound is greater in solids and liquids than in gases

364 views • 16 slides

Questions about Sound in pipes

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A Few Flute FYIs : A Slide Show

A Few Flute FYIs : A Slide Show. Cylindrical bore.

138 views • 6 slides

Harmonics

Harmonics. Simple Harmonic Motion. Vibration about an equilibrium position in which a restoring force is proportional to the displacement from equilibrium. Harmonics is a the idea of simple harmonic motion applied to more complex situations involving sound. Standing Wave.

224 views • 6 slides