The shape of the coastline affect tides because of resonance. Resonance changes normal tide occilations. (see in the section of resonance, Hydrographic Volume II, Tide and Tidal Stream)
Tidal Turbines work when the tide goes in and out. The force from the movement of the water spins the turbines.
The type of weather results you get when the warm waters of the Gulf Stream meet with cold wind is fog.steam????Nearly right ! The answer is fog.
The Coreolis Affect is whe two points in any ocean meet in the middle of the ocean creating a wave very rare and could never be seen during a high tide or low tide, scientifically...
the opposite of low tide is high tide.
An estuary
The shape of the coastline affect tides because of resonance. Resonance changes normal tide occilations. (see in the section of resonance, Hydrographic Volume II, Tide and Tidal Stream)
An estuary
drift, current, course, branch, flow, flood, run, tide, tributary, watercourse
Tidal Turbines work when the tide goes in and out. The force from the movement of the water spins the turbines.
The type of weather results you get when the warm waters of the Gulf Stream meet with cold wind is fog.steam????Nearly right ! The answer is fog.
The estuary of a river is where the tide meets the stream. A good sentence would be, the boy lost his hat in the estuary of the river.
The "Jet Stream".
No, tides are caused by the gravitational pull of the Sun and Moon, not by currents.
When warm waters of the gulf stream meet cold winds from the North hurricanes occur.
The Coreolis Affect is whe two points in any ocean meet in the middle of the ocean creating a wave very rare and could never be seen during a high tide or low tide, scientifically...
a stream that empties into a larger river is a Tributary