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Tides Theory of Tides Open Ocean Tide Theory in Coriolis effect and actual depth and shape of oc energy reflects of ocean basin boundary (continent ls as a shallow water wave cted energy rotates around a point node – acts like

Tides Dynamic Theory of Tides Ideal Open Ocean Tide Theory Adds in Coriolis effect and actual depth and shape of ocean basins Tidal energy reflects of

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Page 1: Tides Dynamic Theory of Tides Ideal Open Ocean Tide Theory Adds in Coriolis effect and actual depth and shape of ocean basins Tidal energy reflects of

Tides• Dynamic Theory of Tides

• Ideal Open Ocean Tide Theory

• Adds in Coriolis effect and actual depth and shape of ocean basins

• Tidal energy reflects of ocean basin boundary (continental margin)

• Travels as a shallow water wave

• Reflected energy rotates around a point node – acts like a seiche

Page 2: Tides Dynamic Theory of Tides Ideal Open Ocean Tide Theory Adds in Coriolis effect and actual depth and shape of ocean basins Tidal energy reflects of

Tides• Dynamic Theory of Tides

Page 3: Tides Dynamic Theory of Tides Ideal Open Ocean Tide Theory Adds in Coriolis effect and actual depth and shape of ocean basins Tidal energy reflects of

Tides• Dynamic Theory of Tides

Page 4: Tides Dynamic Theory of Tides Ideal Open Ocean Tide Theory Adds in Coriolis effect and actual depth and shape of ocean basins Tidal energy reflects of

Tides• Tidal Patterns

Page 5: Tides Dynamic Theory of Tides Ideal Open Ocean Tide Theory Adds in Coriolis effect and actual depth and shape of ocean basins Tidal energy reflects of

Tides• Tidal Patterns

Page 6: Tides Dynamic Theory of Tides Ideal Open Ocean Tide Theory Adds in Coriolis effect and actual depth and shape of ocean basins Tidal energy reflects of

Tides• Tidal Patterns

Page 7: Tides Dynamic Theory of Tides Ideal Open Ocean Tide Theory Adds in Coriolis effect and actual depth and shape of ocean basins Tidal energy reflects of

Tides• Tidal Patterns

Page 8: Tides Dynamic Theory of Tides Ideal Open Ocean Tide Theory Adds in Coriolis effect and actual depth and shape of ocean basins Tidal energy reflects of

Tides• Tidal Patterns

Page 9: Tides Dynamic Theory of Tides Ideal Open Ocean Tide Theory Adds in Coriolis effect and actual depth and shape of ocean basins Tidal energy reflects of

Tides• Tidal Currents

Page 10: Tides Dynamic Theory of Tides Ideal Open Ocean Tide Theory Adds in Coriolis effect and actual depth and shape of ocean basins Tidal energy reflects of

Tides• Tidal Bores

Page 11: Tides Dynamic Theory of Tides Ideal Open Ocean Tide Theory Adds in Coriolis effect and actual depth and shape of ocean basins Tidal energy reflects of

Tides• Tidal Bores

Page 12: Tides Dynamic Theory of Tides Ideal Open Ocean Tide Theory Adds in Coriolis effect and actual depth and shape of ocean basins Tidal energy reflects of

Tides• Tidal Ranges

Page 13: Tides Dynamic Theory of Tides Ideal Open Ocean Tide Theory Adds in Coriolis effect and actual depth and shape of ocean basins Tidal energy reflects of

Coasts

Page 14: Tides Dynamic Theory of Tides Ideal Open Ocean Tide Theory Adds in Coriolis effect and actual depth and shape of ocean basins Tidal energy reflects of

Coasts• US Population

Page 15: Tides Dynamic Theory of Tides Ideal Open Ocean Tide Theory Adds in Coriolis effect and actual depth and shape of ocean basins Tidal energy reflects of

Coasts

• Processes that affect the shoreline

• Geological work• Erosion• Transportation• Deposition Energy source = wind waves

Page 16: Tides Dynamic Theory of Tides Ideal Open Ocean Tide Theory Adds in Coriolis effect and actual depth and shape of ocean basins Tidal energy reflects of

Coasts• Beach – region affected by wave energy