The formation of Waves Ocean waves are created by wind passing over the water Wind, and therefore waves, are derived from solar energy, whereas tides are.

Slides:



Advertisements
Similar presentations
Ocean Movements.
Advertisements

Chapter 7 Waves in the Ocean ©2003 Jones and Bartlett Publishers.
Introduction to Oceanography Dynamic Oceanography: Waves.
Guided Notes about Ocean Movements Chapter 15, Section 3.
Waves.
Waves in the Ocean Words from these PPT slides are already on the course web site. Waves in the Ocean Words from these PPT slides are already on the course.
Warm Up 2/25/08 What is true about an ocean current that is moving toward the equator? a. It is cold. c. It is warm. b. It is slow. d. It is fast.
Waves and Tides. Wave Characteristics Most ocean waves are energy passing through water caused by the wind Crests are the top of the waves Troughs are.
9.2 Ocean Waves, Tides and Currents
Waves. Wave Terminology H = Height A = Amplitude = 1/2H L = λ = Wave Length ( distance 2 consecutive crests) T = Wave Period (Time between 2 consecutive.
Forecasting Ocean Waves Problem: Given observed or expected weather, what will be the sea state? Ships are sunk not by winds, but by waves!
Wave Energy Solar Radiation  Wind  Waves Wave Size Factors
Movements of the Ocean Section 2 Section 2: Ocean Waves Preview Objectives Ocean Waves Wave Energy Waves and the Coastline Tsunamis Wave Model of Refraction.
Movements of the Ocean Chapter 21.
Ocean Waves wave a periodic disturbance in a solid, liquid, or gas as energy is transmitted through a medium two basic parts—a crest and a trough.
Movements of the Ocean Chapter 22.
Chapter 16 Section 2 Waves and Tides
What’s current with the ocean? Catch my drift?. Currents move water from place to place.
Movement of Water in the Oceans. What are Ocean Waves? Ocean Waves are the large scale movement of energy through water molecules. The wave energy moves.
Chapter 21 Section 2 Handout
Waves. What processes drive ocean waves?  If you have ever been to the beach or sailed on the sea, you know the ocean’s surface has many faces.  Sometimes.
Waves and Water Dynamics
By: Michael Scott. Waves Are usually associated with the constant gravitational pull of the moon and the sun. In this section, we will learn what waves.
Anatomy of a Wave A wave is the motion of a form that carries energy from one place to another The form is what moves, the material that the wave moves.
Ch 16 The Dynamic Ocean.
–wave –crest –trough –breaker Objectives Describe the physical properties of waves. Explain how tides form. Compare and contrast various ocean currents.
Waves and things. Homework Due Tuesday Read Pages Answer in complete sentences What causes the Coriolis effect? How does the Coriolis effect wind.
WAVE PROCESSES ON A COAST HOW WAVES ARE FORMED Ocean surface waves are occur on the free surface of the ocean. They usually result from wind, and are also.
WAVES By: Bridget Pettit & Victor Perez. Waves are a result of forces acting on the surface of the water. GENERATIONG FORCES : is a forces (ie rock or.
Waves in the Ocean. Waves are the undulatory motion of a water surface. Parts of a wave are, Wave crest,Wave trough, Wave height (H), Wave Amplitude,
Ocean Motion Part 1: Waves. Define wave: Wave – a rhythmic movement that carries energy through matter or space. Wave – a rhythmic movement that carries.
Ocean Waves Chapter 10 Oceanography.
Unit 3: Waves and tides.
Ocean Waves and Tides 8 th Grade Science Chapter 18 section 3.
Chapter 7 Waves in the Ocean.
Wave motion. A wave is a means of transferring energy.
Waves. Wave are a mechanism for the transfer of energy. – The larger the wave the more energy being moved – To double a wave height requires about 4x.
The Waves An Introduction to the World’s Oceans Sverdrup et al. - Chapter Ten - 8th Ed.
Waves. What is a wave?  a transmission of energy through matter.
EARTH SCIENCE Prentice Hall EARTH SCIENCE Tarbuck Lutgens 
© 2014 Pearson Education, Inc. W Waves and Water Dynamics Chapter 8.
Waves Transmit energy (not mass) across the ocean’s surface
Key Ideas Describe the formation of waves and the factors that affect wave size. Explain how waves interact with the coastline. Identify the cause of destructive.
Waves Transmit energy (not mass) across the ocean’s surface
Wave Parameters (Figure 7-1a)
Unit 7 Topic 5 Waves and Wave Depths
Monday, January 29, 2018 (Discussion – The Ocean in Motion: Waves; DE Techbook Assignment – Ocean Waves)
Waves.
Wave Parameters (Figure 7-1a)
Chapter 16.2 Waves and Tides.
Forecasting Ocean Waves
Waves and Tides Notes.
16.2 – Waves and Tides.
Wave Energy.
Ocean Motion.
Fur Fun: Riding Giants
Waves, Currents, and Tides (S6E.3.d)
Waves in the Ocean.
Section 3: Ocean Movements
What are some experiences you have had with waves?
Lets Review! Handout 10 Waves
Wave Dynamics And Wind Waves
24.2 Speed of Waves.
Waves Transmit __________ (not __________) across the ocean’s surface
Waves.
Ocean Movements 15.3.
Ocean Movements.
Waves and Tides Earth Science 6th Grade.
Wave Characteristics Most ocean waves derive their energy from the wind Wave height: the vertical distance between trough and peak Wavelength: horizontal.
Presentation transcript:

The formation of Waves Ocean waves are created by wind passing over the water Wind, and therefore waves, are derived from solar energy, whereas tides are formed due to lunar influences The flow of air stresses the water, producing the formation and growth of waves

Waves Storm waves are located within or close to areas where originated Swell waves travel out great distances losing minimal energy The size of waves are dependent on 3 factors: ~the wind speed, its duration and the fetch Waves are characterized by their: ~ wavelength, height and period

Interesting Wave Facts The largest wave energy resources will be found in areas around the world subjected to regular wind fluxes Waves are composed of orbiting particles of water Near the surface these orbits are the same size as the wave height Orbits decrease in size deeper below the surface 95% of wave energy is contained in the layer between the surface and the depth equal to a quarter of the wavelength