Embedded Files
Targets:
Targets:
Physics Target 07-01: I can apply wave properties to sound.
Physics Target 07-02: I can apply wave properties to music.
Text Objectives:
Text Objectives:
7:1 Relate the pitch of a sound to its frequency and intensity to loudness or amplitude.
7:2 Describe the movement of sound through air.
7:3 Compare the transmission of sound through air with that through solids, liquids, and a vacuum.
7:4 Describe factors that affect the speed of sound.
7:5 Give examples of a forced vibration.
7:6 Describe natural frequency.
7:7 Describe conditions for resonance.
7:8 Describe how sound waves interfere with one another.
7:9 Describe conditions for beats.
7:10 Describe the meaning of the octave interval, define overtones and their origins.
7:11 Use the decibel to define ratios of sound intensity.
7:12 Solve problems involving standing waves in resonating air columns.
Activities for Physics Unit 07 Sound
Activities for Physics Unit 07 Sound
One Bottle of Pop (Pitch and Medium)
Speed of Sound in Air (Mach I, Lab 69: Sound Barrier)
Tuning Forks and Sliding Whistles
Vernier Physics: Whistling Whirler
Vernier Physics 32: Beats
Mechanical Universe #18 Waves
Engineering - Create Your Own Musical Instrument
Videos and Interactives
Videos and Interactives
Video: Harmonics in water droplets
The Physics Classroom - Sound Waves and Music
Lesson 1 The Nature of a Sound Wave
Lesson 2 Sound Properties and Their Perception
Lesson 3 Behavior of Sound Waves
Lesson 4 Resonance and Standing Waves
Lesson 5 Physics of Musical Instruments
The Physics Classroom - Interactives for Sound Waves and Music
Standing Wave Maker
Beat Patterns
The Physics Classroom - Review Session Questions for Sound Waves and Music Review
Hewitt Drew It!
Reflection and Refraction of Sound #84
Use web code csd - 4260
Bozeman Science - Standing Waves
Bozeman Science - Doppler Effect
Khan Academy - Oscillations and Mechanical waves
Introduction to Mechanical Waves
Sound
Doppler Effect
Wave Interference (Standing Waves in Open and Closed Tubes and Beats)
Wave Patterns: Cell Phone in a Guitar
A+ Physics
AP Physics - Mechanical Waves (D)
Pose Next Time Question Violin http://www.arborsci.com/NTQ/NTQ_VWS_5QA.pdf
Watch Where Music Meets Science Part 1 Pitch and Frequency https://www.youtube.com/watch?v=npGMhaOR7Rw
Watch Where Music Meets Science Part 2 Timbre and Complex Waves https://www.youtube.com/watch?v=nlv5bylQDsE
Watch Where Music Meets Science Part 3 Frequency and Harmonics https://www.youtube.com/watch?v=sCi-3lEefCs
Weird and Wonderful Musical Instruments
Google Sites
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