SURFACE
Surface currents involve warm water that flows in different directions and different speeds that stay close to the top of the oceans. They originate in tropical waters and flow in circular motions from all the major gyres of the world ocean.
To disperse is to cause something to separate and go in different directions. This can involve breaking up a group or scattering items over an area.
Because the convection currents involve the Earth's crust.
Two examples of dynamic electricity are lightning and electric currents flowing through a wire. Lightning is a natural example of dynamic electricity caused by the build-up and discharge of electrical charges in the atmosphere. Electric currents flowing through a wire are another example, as they involve the movement of electrons from a higher potential energy to a lower one, creating a flow of electricity.
Yes, just reverse the blades on one of the windmills. Another possibility could involve the *size* of the property referred to. For example windmills located at opposite ends of Austrialia might well turn in different directions.
Density currents are caused by differences in ocean water density, typically due to variations in temperature and salinity. These currents involve the movement of water masses with differing densities, flowing horizontally and vertically in the ocean. They play a crucial role in distributing heat, nutrients, and other properties within the ocean.
The major ones involve the mantle and the oceanic crust.
Hydrology is like oceanography in that both involve the study of currents and their effect overall on the bodies of ocean water. Hydrology is different because unlike oceanography, it deals solely with the movement of the water.
Technology design involve a knowledge of the flowing properties of materials. Viscosity is dependent on temperature and pressure.
No, groundwater flowing into the ocean does not involve water vapor. Groundwater typically consists of liquid water that infiltrates into the ground from precipitation or other sources and eventually flows into the ocean through underground channels or discharge areas.
The two directions of inventory test counts are forward and backward. Forward test counts involve counting from the beginning of the inventory list, while backward test counts involve counting from the end of the inventory list. These two directions help ensure the accuracy of inventory counts and detect any discrepancies.