'Shallow water wave' diaporamas de présentation

Chapter 6 Opener

Chapter 6 Opener. Figure 6.1 A rock tossed into a calm body of water generates surface gravity waves that propagate outward in all directions. Figure 6.2 Ocean waves can take many forms, as these examples show.

732 views • 57 slides

Homework

598 views • 52 slides

591 views • 49 slides

Freak Waves in Shallow Water

702 views • 42 slides

Definition: Waves are the undulatory motion of a water surface.

7-1. Properties of Ocean Waves. Definition: Waves are the undulatory motion of a water surface. Two general wave categories: Progressive waves Surface waves Internal waves Tsunamis Standing waves Seiches. 7-1. Properties of Ocean Waves. Characteristics of progressive waves:.

973 views • 38 slides

Waves

Waves. Neptune's Horses by Walter Crane of 1892.

566 views • 37 slides

Chapter 9: Waves and Water Dynamics

Chapter 9: Waves and Water Dynamics. Fig. 9-10. Waves are moving energy. Forces cause waves to move along air/water or within water Wind (most surface ocean waves) Movement of fluids with different densities Internal waves often larger than surface waves Mass movement into ocean

524 views • 32 slides

Chapter 9: Waves and Water Dynamics

Chapter 9: Waves and Water Dynamics. Fig. 9-10. WAVE CHARACTERISTICS. Waves are moving energy. Forces cause waves to move along air/water interface or within water Wind (most surface ocean waves) Movement of fluids with different densities Internal waves often larger than surface waves

473 views • 32 slides

Warmup Tuesday 11/29

484 views • 24 slides

Tsu

Tsu. Nami. Tsunami. Daniel Sheridan & Chris Reeves. Earth Science & Physics. Learning Standards. Earth Science: Major Understandings: Physics: Major Understandings: 4.3b, 4.3c, 4.3e Waves transfer energy There are two types of waves

359 views • 23 slides

An Introduction to Tsunami

An Introduction to Tsunami. LEO PAN PHYSICS 420 OUTREACH PROGRAM DEPARTMENT OF PHYSICS AND ASTRONOMY UNIVERSITY OF B.C. 1. Review time:. What are amplitude, frequency, period, wavelength, etc? What exactly is a wave? Wikipedia answers:

223 views • 19 slides

Waves

Waves. Numerical Hydraulics. W. Kinzelbach M. Wolf C. Beffa. Wave equation in 1D. u amplitude, v phase velocity. k wave number, w angular frequency w = 2 p f, f frequency. Insertion yields. Wave equation 2D. Analogous in 2D: 1D-wave front arbitrarily orientied, amplitude u.

798 views • 18 slides

Topic 5 Waves and Wave Depths

Topic 5 Waves and Wave Depths. If the wind blows hard enough ( speed ) and long enough ( duration ) over a long enough area ( fetch ), waves become fully developed . When the wind stops , they become swells . As swells reach shore they change into breaking waves. Wave Energy

269 views • 17 slides

Tides

Tides. Tides. Tides. Tides. Declination of sun and moon. Tides. Declination of sun and moon. Tides. Declination of sun and moon. Tides. Declination of sun and moon. Tides. Elliptical Orbits. Tides. Elliptical Orbits. Tides. Dynamic Theory of Tides

273 views • 14 slides