Chapter 12: Sound Learning Objectives.

Slides:



Advertisements
Similar presentations
Sound Notes. The Nature of Sound Sound travels in longitudinal waves consisting of oscillating compressions and rarefactions through the air. Sound travels.
Advertisements

 Making Sound Waves:  A sound wave begins with a vibration.  How Sound Travels:  Like other mechanical waves, sound waves carry energy through a medium.
Table of Contents The Nature of Sound Properties of Sound Music
Chapter 16 Sound.
Properties of sound Sound is a longitudinal wave Longitudinal waves travel at different speeds depending on the medium 25 o C 346m/s, water 1490.
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.
NEW CHAPTER the BIG idea Sound waves transfer energy through vibrations. Sound Sound is a wave. Frequency determines pitch. Intensity determines loudness.
Sound Chp. 11 sect.1 The Nature of Sound. Sound  Sect. 1 The Nature of Sound slides 3-34  Sect. 2 Properties of Sound slides 35-56slides  Sect.
Chapter 11 Sound.
Section 1: Sound Preview Key Ideas Bellringer Properties of Sound
Sound What causes sound? vibrations of molecules.
1.Sound must have a medium through which to travel. Through which medium – solid, liquid, or gas – does sound travel faster? 2.How are different musical.
Sound Chapter 16.
SOUND Chapter 11.
Sound.
Monday, October 22 nd Entry Task Take the next couple of minutes to study for your 16.1 Quiz Schedule: 16.1 and 16.2 Notes Homework: 16.2 Read/RSG 16.2.
Sound - The Nature of Sound Sound Waves Sound is a disturbance that travels through a medium as a longitudinal wave. As a gong vibrates, it creates sound.
Chapter 21 sections 3 & 4 Vocabulary and Questions.
1 Speed of Sound The speed of sound is 346 m/s at room temperature. The speed of sound depends on elasticity, density, and temperature of the medium.
Eardrum Membrane that vibrates the bones of the middle ear.
Chapter 12 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.
EQ: How do different mediums affect the speed of sound?
Sound. As an object vibrates it gives off energy to the particles of matter around it. These vibrations travel through air in a series of rarefactions.
Combining Sound Waves EQ: What happens when two or more sound waves interact?
Sound. Speed Factors State of matter  Fastest in a solid; slowest in a gas. Density  Faster in denser substances (iron versus copper). Elasticity 
Sound Chapter Properties of Sound Sound waves – Longitudinal Waves – Caused by vibrations – Carry energy outward, which hit your ear.
CH 8-9 QUIZ Troughs Longitudinal Waves move the particles of the medium ______ to the direction in which the waves are traveling.
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:
Table of Contents The Nature of Sound Properties of Sound Music
Sound Chapter Properties of Sound  Sound waves are caused by vibrations and carry energy through a medium.  The speed of sound depends on the.
Sound and LightSection 1 Section 1: Sound Preview Key Ideas Bellringer Properties of Sound Musical Instruments Hearing and the Ear Ultrasound and Sonar.
SOUND Nature and Properties. MAIN IDEA Sound waves are longitudinal waves that travel only through matter.
~ Sound ~ The Nature of Sound  Speed of Sound  Human hearing  Doppler effect  “Seeing” with sound.
Sound. – form of energy – all sounds are made by vibrations – sound moves through mediums as a compressional wave.
SOUND AND LIGHT A Review. DO NOW Pick up half sheet. You have 7 minutes. Pick up half sheet. You have 7 minutes.
Properties and Interactions of Sound
Integrated Science Unit 4, Chapter 13.
Sound waves Sound is a form of energy produced and transmitted by vibrating matter Medium - The stuff (matter) through which waves move.
Section 1: Sound Preview Key Ideas Bellringer Properties of Sound
1) a seaside beach in a storm
Section 1 The Nature of Sound
Sound Waves.
Section 1: Sound Preview Key Ideas Bellringer Properties of Sound
15.3 Sound, Perception, and Music
SOUND AND LIGHT A Review.
Section 1 The Nature of Sound
Waves & Sound A. Waves 1. The nature of waves
Properties of sound Sound is a longitudinal wave
Unit 5 Waves Ch. 21 Sec. 1 & 2 What is Sound?.
Sound Waves Longitudinal Pitch = frequency
Ch Waves & Sound II. The Nature of Sound Speed of Sound
Ch Waves & Sound II. The Nature of Sound Speed of Sound
Physics A First Course Vibrations, Waves, and Sound Chapter 21.
Waves & Sound A. Waves 1. The nature of waves
Waves (3) 3Week 6-7.
Ch Waves & Sound II. The Nature of Sound Speed of Sound
Ch Waves & Sound II. The Nature of Sound Speed of Sound
Properties of Sound Chapter 16 Section 2.
Sound.
Sound Review.
Waves & Sound A. Waves 1. The nature of waves
Sound Waves Longitudinal Pitch = frequency
Ch Waves & Sound II. The Nature of Sound Speed of Sound
Sound Waves Unit 6.
Ch Waves & Sound II. The Nature of Sound Speed of Sound
Waves & Sound The Nature of Sound Speed of Sound Human hearing
Chapter 15 Notes Sound.
Presentation transcript:

Chapter 12: Sound Learning Objectives

Explain how sound travels through different media.

2. Identify what influences the speed of sound.

Describe how the ear enables you to hear.

Recognize how amplitude, intensity, and loudness are related.

5. Describe how sound intensity is measured and what levels can damage hearing.

6. Explain the relationship between frequency and pitch.

7. Discuss the Doppler effect.

Distinguish between noise and music.

9. Describe why different instruments have different sound qualities.

10. Explain how string, wind, and percussion instruments produce music.

11. Describe the formation of beats.

12. Recognize some of the factors that determine how a concert hall or theater is designed.

13. Describe how some animals use sound waves to hunt and navigate.

14. Discuss the uses of sonar.

15. Explain how ultrasound is useful in medicine.

eardrum Key Vocabulary music cochlea quality intensity overtone loudness decibel pitch ultrasonic Doppler effect music quality overtone resonator noise acoustics sonar echolocation