'Compressional waves' presentation slideshows

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Earthquake Waves

Earthquake Waves

Earthquake Waves. These waves are the fastest waves. These waves travel through anything. These waves are secondary waves. This is the place inside the Earth where the Earthquake actually occurs. This is the place on the surface of the Earth directly above the Earthquake location.

By Mercy
(195 views)

Chapter 10: Waves

Chapter 10: Waves

10. Table of Contents. 10. Unit 3: Energy On the Move. Chapter 10: Waves. 10.1: The Nature of Waves. 10.2: Wave Properties. 10.3: The Behavior of Waves. The Nature of Waves. 10.1. What’s in a wave?.

By manon
(102 views)

Earthquakes

Earthquakes

Earthquakes. Sudden shaking and vibration of the ground caused by movement of the earth along a fault. Earthquakes occur due to the elastic rebound theory. When movement is initiated along a fault seismic waves radiate outward from the focus Which are recorded using seismographs.

By dyre
(120 views)

3-D crustal structure using seismic waves P and S ( SimulpPS )

3-D crustal structure using seismic waves P and S ( SimulpPS )

CNRST – MARWAN Morocco. 3-D crustal structure using seismic waves P and S ( SimulpPS ). Youssef Timoulali CNRST. timoulali@cnrst.ma. EUMEDGRID-Support / CHAIN/ EPIKH Workshop Rabat 16 June 2011 . Types of Seismic Waves.

By chiku
(128 views)

Chapter 17

Chapter 17

Chapter 17. Mechanical Waves & Sound. How does a disturbance produce waves?. Procedure Fill a clear plastic container with water.

By norina
(74 views)

EARTH’S INTERIOR

EARTH’S INTERIOR

EARTH’S INTERIOR. Chapter 12. Probing Earth’s Interior. Most of our knowledge of Earth’s interior comes from the study of earthquake waves Travel times of P ( compressional ) and S ( shear ) waves through the Earth vary depending on the properties of the materials

By errin
(212 views)

Earthquakes: Faults and Waves

Earthquakes: Faults and Waves

Earthquakes: Faults and Waves. Sarah Bennek Grade 9. Objectives. To be able to describe what happens to the earth at normal, reverse and strike slip faults. To be able to compare and contrast P-waves, S-waves, R-waves, and L-waves. Location of Earthquakes. Earthquakes happen along faults

By huyen
(203 views)

Physical Science Notes

Physical Science Notes

Physical Science Notes. Chapter 10 Waves. The Nature of Waves. 10.1. What’s in a wave?. A wave is a repeating disturbance or movement that transfers energy through matter or space. For example, during earthquakes, energy is transferred in powerful waves that travel through Earth.

By eli
(231 views)

Chapter 10: Waves

Chapter 10: Waves

10. Table of Contents. 10. Unit 3: Energy On the Move. Chapter 10: Waves. 10.1: The Nature of Waves. 10.2: Wave Properties. 10.3: The Behavior of Waves. The Nature of Waves. 10.1. What’s in a wave?.

By dusty
(179 views)

Chapter 10: Waves

Chapter 10: Waves

10. Table of Contents. 10. Unit 3: Energy On the Move. Chapter 10: Waves. 10.1: The Nature of Waves. 10.2: Wave Properties. 10.3: The Behavior of Waves. The Nature of Waves. 10.1. What’s in a wave?.

By akamu
(130 views)

The Nature and Properties of Waves

The Nature and Properties of Waves

The Nature and Properties of Waves. Section 11.1 & 11.2. SC Standards Covered. Standard PS-7.1 Illustrate ways that the energy of waves is transferred by interaction with matter (including transverse and longitudinal/compressional waves).

By sauda
(324 views)

The Nature of Sound

The Nature of Sound

The Nature of Sound. Physical Science Ms. Pollock 2009 - 2010. Sound. http://www.privateline.com/TelephoneHistory/speech.jpg. All sounds produced by an object that vibrates Vocal cords loudspeakers. Sound Waves. Vibration causes air molecules to collide, transferring energy.

By caleb-stokes
(132 views)

Waves

Waves

Waves. Physical Science Chapter 15. Waves. Rhythmic disturbances that carry energy through matter or space. Medium. What a wave travels through Solid Liquid Gas Mechanical waves – require a medium. Electromagnetic waves. Do not need a medium to travel through. As a wave travels.

By samantha-horton
(110 views)

Waves

Waves

Waves. Waves A repeating movement or disturbance that transfers energy through matter or space. Rules of Waves. All waves carry energy from place to place without transporting matter.

By helmj
(0 views)

Topic : Waves Aim : Describe the parts of a wave. Do Now : Take out your HW ditto

Topic : Waves Aim : Describe the parts of a wave. Do Now : Take out your HW ditto

Topic : Waves Aim : Describe the parts of a wave. Do Now : Take out your HW ditto http://www.youtube.com/watch?v=Z3O2Ju3ULvo HW : Bottom of Kinetic and Potential Energy ditto/. Identify the type of wave described below. Does not require a medium. Compressional waves

By lamoreaux
(0 views)

Waves

Waves

Waves. Chapter 10 Section 1 The Nature of Waves. Waves. The Nature of Waves slides 1-20 Wave Properties slides 21- 46 The Behavior of Waves slides 46 -97. Waves. A wave is a repeating disturbance or movement that transfers energy through it. Waves.

By christinemurphy
(0 views)

Waves!!

Waves!!

Waves!!. What are waves??. WAVES are regular or rhythmic disturbances that carry energy through matter or space. Remember, a wave is really just an energy carrier! A wave will travel only as long as it has ENERGY to transfer. What are waves?.

By andrewburke
(0 views)

Waves

Waves

Waves. What is a wave?. A wave is a repeating disturbance or movement that transfers energy through matter or space. Waves and Energy. Waves and Matter Waves transfer energy without transferring matter from place to place

By joehernandez
(4 views)

Earthquakes & Volcanoes

Earthquakes & Volcanoes

Earthquakes & Volcanoes. BIG Ideas:. Most geologic activity occurs at the boundaries between plates. Earthquakes are natural vibrations of the ground, some of which are caused by movement along fractures in Earth’s crust. Volcanoes develop from magma moving upward from deep within Earth.

By troycecil
(0 views)

Waves, Sound, and EM Spectrum

Waves, Sound, and EM Spectrum

Waves, Sound, and EM Spectrum. Waves, EM Spectrum and Sound. Describe how energy is transferred through sound waves and how pitch and loudness are related to wave properties of frequency and amplitude. An Introduction to Waves.

By henningerm
(0 views)

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