Guitar Strings and Crumbling Bridges

Slides:



Advertisements
Similar presentations
SOUND a range of compression wave frequencies to which the human ear is sensitive.
Advertisements

CP Physics Ms. Morrison.  Mechanical – needs medium  Longitudinal  Created by vibrations which disturb the medium and transmit the wave energy  Sound.
a range of compression wave frequencies to which the
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.
Mechanical Waves Types of Wave Describing Waves The Wave Equation.
Sound Waves. What is Sound? Sound is caused by a vibration of atoms in pulses. Each sound wave pulses with a certain frequency. The vibration pulse causes.
Lots of fun! Win valuable prizes!. 1. The source of all wave motion is a A. region of variable high and low pressure. B. movement of matter. C. harmonic.
Sound Notes.
Sound. If a tree falls in the forest and there is nobody around does it make a sound?
Wave Basics – Day 1. Fill in the blank: Waves transmit ________. energy.
Reflection A wave is reflected when it comes into contact with a barrier A wave is reflected when it comes into contact with a barrier Law of Reflection.
Warmup includes Tacoma Narrows Bridge Video. Warmup Turn in your homework: page 513 (1-9) Prepare for an extreme video on waves. Questions for warmup.
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.
WAVES AS 2.3: Demonstrate an understanding of wave phenomenon.
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.
Physical Science CHAPTER 23 Waves Waves transmit energy!!! Mechanical Vs. Electromagnetic Waves.
SOUND NOTES SOUND NOTES (Click title to view video)
Sound!. How are they made? Sound waves are made by vibrations. (simple harmonic motion) Sound waves are made by vibrations. (simple harmonic motion) These.
SOUND WAVES & BEAT FREQUENCY. SOUND WAVES Sound waves are caused by vibrations Vibrations cause contraction and expansion of an object, which creates.
Characteristics of Waves Chapter 9 S8P4a. Identify the characteristics of electromagnetic and mechanical waves. S8P4d. Describe how the behavior of waves.
Sound Waves You Have to Hear This!!!!.
Chapter 26 Sound. Sound is a form of energy that spreads out through space.
Guitar Strings and Crumbling Bridges Standing Waves and Resonance.
 Wave: is any disturbance that transmits energy through matter or space.  Medium: is a substance through which a wave can travel. It can be a liquid,
5.1.4 Interference, Standing Waves, and Resonance
Properties of a Wave. Waves have properties… Just like different substances have different properties –Example: Water has a freezing point, a boiling.
IPC Notes Wave Properties. Definitions reflection – the bouncing back of a wave ex) your reflection in a mirror & a sound echoes.
Sound Sound is a form of energy that spreads out through a medium.
Sound. The origin of sound All sound are produced by the vibrations of material objects. Our voice results from the vibration of our vocal chords. Sound.
The Nature of Sound. Sound is Longitudinal  Longitudinal wave or compression wave  Compression vs. rarefaction  Longitudinal wave or compression wave.
Mechanical Waves Wave Characteristics Say What?! Wave Examples Vocabulary $ $ $ $ $ $ $ $ $ $
SOUND Nature and Properties. MAIN IDEA Sound waves are longitudinal waves that travel only through matter.
SOUND! SOL 5.2. Sound is ENERGY Sound is transmitted by waves. All sound is a vibration.
Harmonics on the guitar Resonating air column (open ended)
Chapter 15 – Characteristic of Waves Learn the language of waves Learn the language of waves Wave – a disturbance that transfers energy from place to place.
Sound Sound Waves  Longitudinal Waves (disturbance) that travel through a medium  Begins with a vibration  Carries ENERGY (like all waves)  Can travel.
What is the difference between noise and music?
WAVES.
5.1.4 Interference, Standing Waves, and Resonance
sound pitch wave amplitude frequency volume resonance wavelength
WARM UP 11/5/15 In your IAN notebook, solve the following problem. Show ALL of your work including the formula you used and the units of the answer.
Sound.
Waves.
Conceptual Physics Notes on Chapter 26 Sound.
Wave Interactions.
a range of compression wave frequencies to which the
Sound.
Sound Waves.
Which Way Did That Thing Go?
Sound waves.
Section 2 – Properties of Waves pp
The Nature of Waves.
Sound and Hearing it.
Section 2 – Properties of Waves pp
Waves & Sound Waves.
Types of Wave Describing Waves The Wave Equation
Vibrations through a medium
Sound and HOW WE Hear it.
5.1.4 Interference, Standing Waves, and Resonance
Take out your Mechanical Waves notes packet
Unit: Sound and Light Lesson 2: Properties of Waves
The Speed of Sound & Mach #
Sound and Music Chapters 20 and 21.
The Nature of Sound Physics Chapter 16A.
CHARACTERISTICS OF SOUND
Bell Work: Goal Setting
Sound Chapter 11.
Sound Chapter 26.1 – 26.4.
Sound Waves.
Sound and Hearing it.
Presentation transcript:

Guitar Strings and Crumbling Bridges 5.1.4 Resonance Guitar Strings and Crumbling Bridges

Can you shatter glass with your voice Video https://www.youtube.com/watch?v=QGk8nXs6Aao

Phenomenon #4 – Resonance All mediums have a NATURAL FREQUENCY that corresponds to their atomic structure. Exciting this frequency causes large AMPLITUDE vibrations in the medium If the frequency is excited with enough ENERGY the medium may become damaged or even shatter. If two materials have the same (or close) natural frequencies then vibrations may be passed from one material into the other.

https://archive.org/details/SF121 Tacoma Bridge Video https://archive.org/details/SF121

Sound Facts Sound is transmitted as a LONGITUDINAL wave. Sound is a mechanical wave so it requires A MEDIUM TO BE TRANSMITTED. Speed of sound in… air: 331 m/s sea water: 1435 m/s steel: 5100 m/s Amplitude of a sound wave is synonymous with VOLUME, LOUDNESS, INTENSITY