As the air molecules heat up they move faster, spread apart and as a result the air becomes less dense. As it becomes less dense it will go upwards. Cool air will move to take the place of where the warm air was = wind!
You have experienced this in the kitchen. When the stove is really hot and you open the door you will feel a blast of warm air hit you as it leaves the oven and goes upwards because it is less dense than the air in the kitchen
Convection cycles and the coriolis effect i think.
Not conduction, but convection currents, are what drive winds and many ocean currents.
Strong winds result from convection currents in the air, which result from sunlight, which for various reasons will heat some air more than other air.
The high solar intensity at equatorial latitudes causes intense heating at the equator, which produces powerful convection currents called Prevailing Winds. The Doldrums are where the prevailing winds at the Equator die.
The Coriolis Effect is the phenomenon that effects global winds. A convection cell is a form of wind and this is the first part of the coriolis effect.
When convection occurs in the air, winds are formed.
Winds are examples of convections currents
yes
They both have covection currents and effect the weather
Convection is responsible for winds and currents...... maybe..... I don't really know....
Convection cycles and the coriolis effect i think.
convection
i do not no the answer tell me please
convection cell
Easterlies Westerlies and the Trade Winds.
Not conduction, but convection currents, are what drive winds and many ocean currents.
The heating alone is not, no, but the convection it sets up, thus forming winds and weather systems, is a valid example.