Chapter 13: Sound & Music. Pitch and Rhythm Pitch Rhythm Pitch: how high or low we hear frequency Pitch and frequency mean the same thing, but can sound.

Slides:



Advertisements
Similar presentations
Chapter 16 Sound.
Advertisements

SOUND Chapter Twenty-Four: Sound  24.1 Properties of Sound  24.2 Sound Waves  24.3 Sound Perception and Music.
Foundations of Physics
How Sound Travels Sound is a mechanical wave It moves by vibrating particles in: –Solids –Liquids –Gases Sound can not travel in a vacuum (empty space)!!!
NEW CHAPTER the BIG idea Sound waves transfer energy through vibrations. Sound Sound is a wave. 2.1 Frequency determines pitch. 2.2 Intensity determines.
Chapter 15 Sound 15.1 Properties of Sound 15.2 Sound Waves
Timbre (pronounced like: Tamber) pure tones are very rare a single note on a musical instrument is a superposition (i.e. several things one on top of.
Echolocation. Sound bounces off of solid objects.
What are harmonics? Superposition of two (or more) frequencies yields a complex wave with a fundamental frequency.
Riley Pennington.  Infrasound  Ultrasound  Refraction,Diffraction & Reflection  Websites used.
Intensity Determines Loudness
Chapter 12 Objectives Differentiate between the harmonic series of open and closed pipes. Calculate the harmonics of a vibrating string and of open and.
Ch Waves & Sound III. Music Music vs. Noise Resonance Harmonics
C-15 Sound Physics Properties of Sound If you could see atoms, the difference between high and low pressure is not as great. The image below is.
AGENDA Chapter 13 Notes Chapter 13 Notes United Streaming Video on Sound United Streaming Video on Sound.
15.1 Properties of Sound  If you could see atoms, the difference between high and low pressure is not as great.  The image below is exaggerated to show.
By: Chloe 5TH Grade Mrs. Mann
Chapter 21 sections 3 & 4 Vocabulary and Questions.
Chapter Twenty-Four: Sound  24.1 Properties of Sound  24.2 Sound Waves  24.3 Sound Perception and Music.
© NTScience.co.uk 2005KS3 Unit 8l – Sound and Hearing1 Sound.
Chapter 14 Sound. Sound is a pressure wave caused by vibrating sources. The pressure in the medium carrying the sound wave increases and decreases as.
By Jack Ms Mann How does sound travel? Sound travels with sound waves.
Chapter 24 –Sound 24.3 –Sound, Perception and Music pp
Sound Notes 3 Frequency, Pitch and Music. Frequency Frequency – the number of complete waves ______ _____________. Different sounds have ____________.
Foundations of Physical Science Unit 4: Sound and Waves.
Chapter 26 Sound. Sound is a form of energy that spreads out through space.
Longitudinal (compression) waves made by vibrating matter Sound Waves.
Chapter Twenty-Four: Sound  24.1 Properties of Sound  24.2 Sound Waves  24.3 Sound Perception and Music.
The Physics of Music Waves
SOUND Science.
If two sounds are only slightly off in terms of frequency The ‘Beats’  Produce a periodic rise and fall of amplitude (volume)  Throbbing Sound = Beats.
Sound Quality.
1 Sound waves travel through a medium and can be visualized by Longitudinal or Compressional waves. As the sound moves through the medium, the particles.
Objectives Demonstrate knowledge of the nature of sound waves and the properties sound shares with other waves. Solve problems relating frequency, wavelength,
9 th Grade Science Chapter 12c.  Definition: ◦ Sounds used in regular pattern that is pleasing to hear  Every musical instrument has: ◦ Natural frequency:
Echolocation III Ultrasound pictures. WHAT IS AN ULTRASOUND? Ultrasound uses energy in the form of sound waves that are of a higher frequency than the.
15.1 Properties and Detection of Sound Interference of sound waves.
Interactions of Sound Waves Chapter 21 Sect. 3. What do you think just happened here?
1 Chapter 15 Objectives: 1) Explain a sound wave in terms of wave type and classification. 2) Describe a medium’s characteristics that affect the speed.
Sound Mrs. Pursley Chapter 21. What type of wave is Sound ???  Sound is a MECHANICAL wave.  Sound is also a LONGITUDINAL wave.  Draw an example of.
The Nature of Sound What is Sound? Properties of Sound Interactions of Sound Waves.
 Sound. What is sound?  Any object vibrating in air creates sound waves by moving air molecules back and forth.  Sound waves are longitudinal and are.
~ Sound ~ The Nature of Sound  Speed of Sound  Human hearing  Doppler effect  “Seeing” with sound.
Properties and Interactions of Sound
Chapter Twenty-Four: Sound
Integrated Science Unit 4, Chapter 13.
SOUND 24.3.
Chapter Twenty-Four: Sound
1.) How do animals and people use sound?
Chapter Twenty-Four: Sound
24.3 –Sound , Perception and Music pp
15.3 Sound, Perception, and Music
THE WORLD OF SOUND BY:CHRTISTINA JOSEPH.
What links these two?.
What are the interactions sound waves undergo?
Unit 3 Week 5 By Kamden Harmon.
C-15 Sound Physics 1.
Sound Waves Longitudinal Pitch = frequency
Physics A First Course Vibrations, Waves, and Sound Chapter 21.
Waves (3) 3Week 6-7.
24.3 –Sound , Perception and Music pp
Ch Waves & Sound III. Music Music vs. Noise Resonance Harmonics
Ch Waves & Sound III. Music Music vs. Noise Resonance Harmonics
Ch Waves & Sound III. Music Music vs. Noise Resonance Harmonics
Sound Waves Longitudinal Pitch = frequency
Sound and Music Chapters 20 and 21.
Chapter 21: Sound.
Chapter 12: Sound Learning Objectives.
-The Ear -Beats Physics Mr. Berman.
Ch Waves & Sound III. Music Music vs. Noise Resonance Harmonics
Presentation transcript:

Chapter 13: Sound & Music

Pitch and Rhythm Pitch Rhythm Pitch: how high or low we hear frequency Pitch and frequency mean the same thing, but can sound different Pitch is affected by the sounds you hear before and after Rhythm: a regular time pattern in a sound People respond naturally to rhythm – many cultures use it

Consonance & Dissonance Consonance: a good combination of sounds Dissonance: combination of sounds is bad or unsettling Which video shows consonance and which shows dissonance? Video 1 Video 2

Echolocation Bats use ultrasound waves to “see” at night A bat will “chirp,” and the sound reflects off of objects in the path of the bat The bat’s ears will hear the echo when objects are in the path of its “chirp,” at a slightly different frequency The frequency depends on how far the bat is from an object

Harmonics The note “C” played on a guitar will not sound the same as a “C” played on a piano They have the same pitch and the same frequency, but the instruments change the way the sound is heard Each instrument has its own recipe for sound, even your voice