Temperature and salinity drive ocean circulation by altering seawater density. Warm, fresh water is significantly less dense than cold salty water and will therefore rise to the top in the ocean. Any process that alters temperature or salinity (such as rain, sea ice formation or seasonal variation) will change the density of the water and allow it to move in the water column, causing circulation of water on a global scale. This is known as thermohaline circulation. Because things such as rainfall and temperature tend to be relatively constant in a given area over a long period of time, a set current of water known as the global conveyor belt has arisen. It plays an incredibly important role in heat transfer over the earth.
If it is a result of temperature differences, it is called convection.
It's called wind.
It could be a convection current.
The current in the fluid is the result of a difference in temperature at different depths.It's called convection, and it does the transferring of heat from the bottom to the topof the fluid.What sets up the convection currents is whatever it was that added heat to thebottom of it. That could have been conduction, radiation, or a chemical process.
The type of current that creates warmer climates along coastal areas is called (Warm-Water)
convection current
A convection current, however, this can also occur with gases.
If it is a result of temperature differences, it is called convection.
Not unless the fluid is flowing due to temperature/density differences.
a convection current
It's called wind.
The current is called a convection current.
convection current
convection current
No, that is called conduction.
pressure increase causes temperature increase temperature increase causes pressure increase when volume is constant that's Boyle's law if the temperature increases the speed of the molecules increase and the number of collisions increases . different slant on the same thing i guess. Brown usually Brownian motion.
It's called the convection current.