ICP 4/15/13 Wrapping up sound. Warmup Label each component of this transverse wave.

Slides:

Advertisements

Similar presentations

Chp 13 Sound and Music.

Advertisements

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.

SPH3U Exam Review Waves and Sound.

Properties of Sound EQ: How does intensity, loudness, frequency and pitch affect sound waves?

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.

Homework and Review Questions

By Aimee Chavez. Wave: a disturbance that transfers energy from place to place. The material through which a wave travels through is called a medium.

What is a sound wave? Mechanical wave – longitudinal *A vibration *Particles of medium are disturbed *Causes a wave causes Most common medium is air Can.

+ Perceiving Sound. + Before we start! A review of Light.

13.2 Sound Intensity and Resonance pp Mr. Richter.

Section 1: Sound Preview Key Ideas Bellringer Properties of Sound

17.4 Sound and Hearing Sound waves are longitudinal waves that travel through a medium. Many behaviors of sound can be explained by using a few properties:

Waves S8P4: Students will explore the wave nature of sound and electromagnetic radiation.

ICP 4/25 and 4/26/13 Quiz Day and Video and Vocabulary for Electricity.

Like all waves, sound waves are produced by a vibration.  A tuning fork vibrates to produce a sound.  A guitar string vibrates to produce a sound.

Daily Science (pg. 52) 1. Name an example of a transverse wave and a longitudinal wave. 2. Put these numbers into scientific notation:

Waves jeopardy!!!!! 1-1 What are waves? 1-2 Properties Of waves 1-3 Interaction of waves 2-1 The nature of sound 2-2 Properties of sound 2-4 How you hear.

Making Sound a longitudinal wave produced when matter vibrates – this in turn, causes the medium in which it is in to vibrate ex: tuning fork (the matter)

Thursday PS 1-3 Homework Light Sound.

ICP 4/4/13 Frequency wavelength examples Bill Nye Waves.

Waves and Sound Chapter 15 Pages What are waves? Waves are rhythmic disturbances that carry energy through matter or space Waves generally travel.

Properties of Waves EQ: How do I describe the basic properties of waves? How is a wave’s speed related to its wavelength and frequency?

Sound Waves You Have to Hear This!!!!.

EQ: How do different mediums affect the speed of sound?

Light and Sound Target: Lesson 1 : Making sound Lessons aim: To learn how sounds are made.

17.4 Sound and Hearing You can identify sounds without seeing them because sound waves carry information to your ears. People who work in places where.

Section 2: Properties of Sound

SPH3U: Waves & Sound Wave Speed & Sound. The Universal Wave Equation Recall that the frequency of a wave is the number of complete cycles that pass a.

Ms. Barlow’s 8th Grade Physical Science Class

I. What is Sound? Longitudinal waves or compression waves. Created by vibrations Vibrations are composed of Compression Rarefaction Medium (or media)

PROPERTIES OF SOUND CHAPTER 2, SECTION 2. Loudness describes your ___PERCEPTION__ of the energy of a sound. The loudness of sound depends on 2 factors:

Properties of Sound. Loudness Loudness describes your perception of the energy of sound – It describes what you hear The closer you are to the sound,

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 Hearing Chapter 17.4 Properties of Sound Waves Sound waves are longitudinal waves. Many behaviors of sound can be explained using a few properties-

Sound and LightSection 1 Properties of Sound 〉 What are the characteristics of sound waves? 〉 Sound waves are caused by vibrations and carry energy through.

What is sound? Sound is a longitudinal wave which travels through the air through a series of compressions and rarefactions.

SOUND Nature and Properties. MAIN IDEA Sound waves are longitudinal waves that travel only through matter.

Lesson 1a: What is Sound? -Identify the characteristics of sound waves. -Explain how sound travels.

Monday, January 4 th Entry Task For each situation below, explain, using full sentences, what might happen to show that the waves transfer energy. 1.A.

Sound and Music.

Sound waves Sound is a form of energy produced and transmitted by vibrating matter Medium - The stuff (matter) through which waves move.

Starter Look at your marked homework.

Section 1: Sound Preview Key Ideas Bellringer Properties of Sound

Section 1: Sound Preview Key Ideas Bellringer Properties of Sound

Unit 6 Chapter 18 & 19 Sound and Light

Properties of sound Sound is a longitudinal wave

SCIENCE GRADE FIVE – SOUND AND LIGHT

Notes 4: Introduction to Sound

Lesson link What is efficiency?.

Sound Waves Longitudinal Pitch = frequency

♠ ♠ ♠ ♠ الاصوات والموسيقا مجلس أبوظبي للتعليم منطقة العين التعليمية

We are starting with our QUIZ!

Notes 21.1 – Properties of Sound

Unit: Sound and Light Lesson 2 Properties of Sound

1. Which of the following is a false statement?

Cornell Notes Sound Waves

Sound Waves Longitudinal Pitch = frequency

You can identify sounds without seeing them because sound waves carry information to your ears. People who work in places where sound is very loud need.

Sound Waves Unit 6.

Chapter 12: Sound Learning Objectives.

Properties of Sound EQ: How does intensity, loudness, frequency and pitch affect sound waves?

Sound Waves, Pitch, and Loudness

Chapter 12 Notes.

Properties of Sound EQ: How does intensity, loudness, frequency and pitch affect sound waves?

Do the Wave! Please Pass the Energy Parts of a Wave Light On! Did You Hear That? Name that Wave! $100 $100 $100 $100 $100 $100 $200 $200 $200 $200 $200.

Presentation transcript:

ICP 4/15/13 Wrapping up sound

Warmup Label each component of this transverse wave.

Agenda Finish sound worksheet. Make a musical instrument. Homework page 551 (1-6)

P551 (1-6) 1)Identify two factors that affect the speed of sound. 2)Explain why sound travels slower in air than in water. 3)Distinguish between infrasound and ultrasound. 4)Determine which two properties of a sound wave change when pitch gets higher. 5)Determine which two properties of a sound wave change when a sound gets louder. 6)Analyzing information: Your friend tells you that a clap of thunder has a sound intensity of about 130 dB, so it is almost twice as loud as a vacuum cleaner. Explain whether or not your friend is correct.