The sun heats the water, causing cold / hot circulation, and evaporation. It also heats the air, causing wind, which also moves 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
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 sun provides energy for surface ocean currents primarily through the process of solar heating. Sunlight warms the ocean's surface, causing differences in temperature and, consequently, differences in water density. Wind, generated by uneven heating of the Earth's surface, then interacts with the warm water, creating friction that drives the movement of surface currents. Additionally, the Earth's rotation influences these currents through the Coriolis effect, further shaping their paths.
The sun heats the water, causing cold / hot circulation, and evaporation. It also heats the air, causing wind, which also moves currents.
Thermal energy from the sun is the primary driver for the formation of ocean currents. The sun's heat causes water to expand and rise at the equator, creating warm surface currents. As the water moves towards the poles and cools, it becomes denser and sinks, completing the cycle of ocean circulation.
Ocean currents is what forms surface currents. This starts deep in the ocean.
the equator
True