Equator.
The greatest amount of solar energy reaches the surface of the ocean near the equator. This is because the sun's rays are more direct at the equator, resulting in higher solar intensity. Additionally, the equatorial regions generally experience less cloud cover, allowing more sunlight to reach the surface of the ocean.
Europa, a moon of Jupiter, has a frozen surface with the possibility of a liquid ocean under the surface.
The Ocean
Air currents, Ocean currents, and the distance from the sun.No it is because of the 23 1/2o tilt of the earthbecause of the air pollution that makes the earth's o-zone layer thinner and the greenhouse gasses that makes the heat of the sun come back in the earthbecause of Earth's spherical shape, different locations on Earth's surface receive different amounts of solar energy. Near the equator, the sun's rays strike the surface most directly. At latitudes farther from the equator the rays strike Earth's surface at lower angles, causing the same amount of solar energy to be spread over a larger area
Earth's oceans cover about 70% of the planet's surface.
Europa is the moon that could possibly contain a liquid ocean under its icy surface, and it could possibly be liquid water, or H2O!
short waves
The steps to how the sun provides the energy for surface ocean currents
The steps to how the sun provides the energy for surface ocean currents
The steps to how the sun provides the energy for surface ocean currents
The steps to how the sun provides the energy for surface ocean currents
The steps to how the sun provides the energy for surface ocean currents
Same reason water pressure is the highest at the bottom of the ocean - the amount of stuff above, pushing down.
help to distribute this energy by warming other regions of the globe.
At the waters surface
The steps to how the sun provides the energy for surface ocean currents
The amount of sunlight increases
Mid-ocean ridges transfer energy from the mantle/asthenosphere/lithosphere to the surface. The energy is from the deep Earth.